DIGITALEXIT-001™
The SAFECHAIN™ Digital Separation, Legacy Access & Post-Separation Safety Framework™
Framework Reference: DIGITALEXIT-001™
Framework Type: Digital Safeguarding, Technology-Facilitated Abuse, Post-Separation Risk, Coercive Control, Digital Access Governance, Privacy, Evidence, Protective Response, Risk Governance & Systems Reform
Framework Series: SAFECHAIN™ Digital Safeguarding & Justice Integrity Series™
Parent Architecture: SAFECHAIN™ Governance Architecture™ / SAFECHAIN™ Digital Safeguarding Standard (DS-001)
Version: 1.0
Year: 2026
1. Framework Purpose
DIGITALEXIT-001™ — The SAFECHAIN™ Digital Separation, Legacy Access & Post-Separation Safety Framework™ establishes a structured safeguarding methodology for identifying, assessing, reducing and verifying technology-facilitated risk during and after separation from an abusive, controlling or unsafe relationship.
Physical separation does not necessarily produce digital separation.
A person may leave a home while another person retains:
access to their email;
cloud credentials;
password-recovery routes;
shared device accounts;
location permissions;
family-sharing access;
smart-home control;
connected vehicle access;
banking visibility;
payment-app access;
mobile account privileges;
social-media access;
shared calendars;
photo libraries;
stored passwords;
device-management permissions;
security-camera access;
subscription accounts;
historic devices;
recovery email addresses;
recovery telephone numbers;
shared authentication methods;
digital identity information.
A survivor may therefore be physically separated while remaining digitally observable, reachable, traceable, impersonable, financially exposed or remotely controllable.
DIGITALEXIT-001™ establishes governance architecture for identifying those continuing connections and converting physical separation into Verified Digital Separation™.
2. Digital Separation™
Defined as:
The reduction or removal of digital connections, permissions, credentials, devices, data pathways and technological dependencies through which another person may retain unsafe access, visibility, surveillance capability, control or influence after physical separation.
3. Digital Exit Integrity™
Defined as:
The extent to which digital separation is planned, sequenced, implemented and verified without unnecessarily increasing safeguarding risk.
4. Legacy Access™
Defined as:
Digital access, permissions, credentials, recovery mechanisms, device relationships or technological privileges established previously that remain capable of providing access after the relationship, household or authorised use has changed.
5. Post-Separation Digital Safety™
Defined as:
The safeguarding condition in which material technology-enabled routes for continued surveillance, access, control, impersonation, tracking, interference or exposure have been identified, appropriately managed and subject to continuing risk review.
6. Key Question
When a survivor separates or relocates, what digital connections allow control, surveillance or access to continue?
7. Core Architecture
Separation → Digital Exposure → Legacy Access → Discovery Risk → Safe Transition → Access Removal → Residual Risk → Verification
Expanded:
Separation / Planned Separation → Digital Environment Mapping → Exposure Identification → Legacy Access Discovery → Risk Classification → Evidence Preservation → Change-Risk Assessment → Safe Sequencing → Access Removal / Containment → Device & Account Recovery → Monitoring → Residual Risk → Verification → Continuing Review
8. Core Principle
Physical separation should never be assumed to equal digital separation.
9. Physical–Digital Separation Distinction™
Physical Separation ≠ Digital Separation
10. Digital Exit Safety Principle™
Digital access should not simply be removed as quickly as possible; it should be removed in a sequence that accounts for discovery risk, retaliation risk, evidence preservation, dependency and continuing access needs.
11. SAFECHAIN™ Digital Exit Integrity Architecture™
DEI1 — Separation Context
Understand the current or planned separation.
DEI2 — Digital Environment
Map devices, accounts, platforms and connected systems.
DEI3 — Exposure
Identify potential access and surveillance pathways.
DEI4 — Legacy Access
Identify historic permissions and credentials.
DEI5 — Discovery Risk
Assess whether changes may be detected.
DEI6 — Transition
Design safe sequencing.
DEI7 — Access Removal
Remove, contain or replace unsafe access.
DEI8 — Recovery
Restore secure independent control.
DEI9 — Residual Risk
Identify what remains exposed.
DEI10 — Verification
Confirm digital separation.
12. Separation Context™
Digital safeguarding assessment should establish:
whether separation has occurred;
whether separation is planned;
whether parties remain co-located;
whether relocation is intended;
whether location confidentiality is important;
whether devices remain shared;
whether finances remain connected;
whether children or dependants create continuing digital links;
whether institutional communication routes are safe.
13. Separation Stage Classification™
SS1 — Considering Separation
SS2 — Planning Separation
SS3 — Immediate Separation
SS4 — Early Post-Separation
SS5 — Established Post-Separation
SS6 — Continuing Required Contact
SS7 — Digital Re-Separation Required
14. Digital Re-Separation™
Defined as:
A renewed process of digital separation required because legacy access, new access, circumvention or previously unidentified technological connections remain after an earlier attempt to separate.
15. Digital Environment Map™
A Digital Environment Map™ should identify materially relevant:
phones;
tablets;
laptops;
desktops;
smart watches;
vehicles;
smart-home devices;
routers;
cameras;
speakers;
televisions;
cloud accounts;
email;
social media;
messaging;
financial technology;
location services;
family-sharing systems;
password managers;
authentication systems;
backup systems.
16. Digital Asset Inventory™
Defined as:
A structured inventory of devices, accounts, services, permissions and connected technologies relevant to digital separation.
17. Digital Asset Categories™
DA1 — Personal Device
DA2 — Shared Device
DA3 — Household Technology
DA4 — Cloud Account
DA5 — Communication Account
DA6 — Financial Account
DA7 — Location Service
DA8 — Smart-Home System
DA9 — Connected Vehicle
DA10 — Authentication / Recovery System
DA11 — Institutional Account
DA12 — Archived / Historic Device
18. Digital Ownership™
Ownership should distinguish:
legal ownership;
account ownership;
administrator status;
physical possession;
practical control;
credential access.
19. Ownership–Control Distinction™
Owning a device or account does not necessarily mean controlling access to it.
20. Digital Control™
Defined as:
Practical ability to access, configure, observe, authenticate, modify, restrict or recover a digital asset or account.
21. Control Mapping™
For each asset identify:
Owner → Administrator → Credential Holder → Recovery Holder → Physical Possessor → Connected Users
22. Shared Digital Architecture™
Defined as:
Digital infrastructure in which two or more people retain interconnected access, permissions, credentials, data or device control.
23. Shared Architecture Risk™
Shared systems may preserve access long after physical separation.
24. Digital Exposure™
Defined as:
The extent to which digital systems create continuing visibility, accessibility, traceability, controllability or vulnerability.
25. Digital Exposure Categories™
DX1 — Account Exposure
DX2 — Device Exposure
DX3 — Location Exposure
DX4 — Communication Exposure
DX5 — Financial Exposure
DX6 — Identity Exposure
DX7 — Cloud Exposure
DX8 — Smart-Environment Exposure
DX9 — Vehicle Exposure
DX10 — Institutional Communication Exposure
26. Digital Exposure Classification™
DE1 — Limited
DE2 — Manageable
DE3 — Significant
DE4 — Extensive
DE5 — Critical
27. Exposure Pathway™
Map:
Digital Asset → Access Route → Information / Control Available → Safeguarding Consequence
28. DIGITALRISK-001™ Integration
Digital exit assessment should form part of the wider technology-facilitated abuse risk assessment.
29. Legacy Access Integrity™
Legacy access should be treated as a distinct safeguarding category.
30. Legacy Access Types™
LA1 — Known Credential
LA2 — Shared Credential
LA3 — Saved Credential
LA4 — Recovery Credential
LA5 — Trusted Device
LA6 — Administrator Permission
LA7 — Family-Sharing Permission
LA8 — Cloud Synchronisation
LA9 — Location Permission
LA10 — Smart-Home Permission
LA11 — Connected Vehicle Permission
LA12 — Financial Technology Permission
LA13 — Third-Party Integration
LA14 — Historic Device Access
LA15 — Institutional Recovery Route
31. Legacy Access Register™
For each pathway record:
System → Access Type → Holder → Risk → Status → Required Action → Verification
32. Known Access™
Access already identified by the survivor or institution.
33. Unknown Access Risk™
Defined as:
Risk arising from digital access routes whose existence has not yet been identified.
34. Known–Unknown Access Distinction™
Known Access ≠ Total Access
35. Hidden Access™
Access may persist through:
old sessions;
app tokens;
trusted browsers;
device-management profiles;
shared cloud accounts;
linked devices;
forwarding rules;
recovery routes;
third-party applications.
36. Access Discovery Integrity™
Digital safeguarding should actively consider hidden access rather than relying only upon known passwords.
37. Legacy Access Discovery Test™
Ask:
If every known password were changed today, what other routes could still restore or preserve access?
38. Recovery Route Risk™
Password changes may fail if recovery routes remain compromised.
39. Recovery Credential™
Includes:
recovery email;
recovery telephone;
backup code;
trusted device;
security key;
recovery contact.
40. Recovery Control Test™
Ask:
Who can restore access after the password has changed?
41. Recovery Loop™
Defined as:
A condition in which unsafe access can be repeatedly restored through an unchanged recovery mechanism.
42. Credential Rotation Integrity™
Password change should be assessed alongside:
recovery methods;
active sessions;
linked devices;
authentication methods;
third-party access.
43. Password-Only Safety Fallacy™
Changing a password does not establish digital separation.
44. Trusted Device Risk™
Previously trusted devices may retain access.
45. Session Persistence Risk™
Active sessions may survive credential changes depending on the system.
46. Session Integrity Test™
Ask:
Which devices and sessions remain authenticated?
47. Device Trust Classification™
DT1 — Trusted
DT2 — Probably Trusted
DT3 — Uncertain
DT4 — Potentially Compromised
DT5 — Unsafe / Compromised
48. Device Trust Integrity™
A device used for digital separation should itself be sufficiently trustworthy.
49. Compromised-Device Change Risk™
Security changes made from an unsafe device may reveal the changes or new credentials.
50. Safe Device Principle™
Where device compromise is reasonably suspected, digital separation planning should consider whether sensitive changes can safely be performed from that device.
51. Device Replacement Decision™
Replacement may sometimes be safer than remediation, depending on circumstances and proportionality.
52. No-Universal-Device-Replacement Principle™
Device replacement should not be treated as universally necessary.
53. Device Recovery Integrity™
Where a device is retained, assess:
accounts;
profiles;
apps;
permissions;
administrator rights;
backups;
location services;
unknown software.
54. Location Exposure™
Defined as:
Digital disclosure or inference of a person's physical location through devices, applications, accounts, metadata or connected services.
55. Location Exposure Sources™
May include:
phone location sharing;
family sharing;
maps;
photographs;
social media;
fitness applications;
smart watches;
vehicles;
delivery applications;
calendars;
account-login notifications.
56. Location Confidentiality Integrity™
Where location confidentiality is necessary, all relevant exposure routes should be assessed.
57. Location Permission Audit™
Record:
Application / Device → Permission → Recipient → Purpose → Current Need → Risk
58. Historic Location Permission Risk™
Permissions legitimately created during a relationship may become unsafe after separation.
59. Historic Consent–Current Risk Distinction™
Historic consent to digital access does not establish that continuing access is safe, appropriate or currently authorised.
60. Metadata Exposure™
Location or behavioural information may be embedded indirectly.
61. Metadata Safety Test™
Ask:
Could ordinary digital activity unintentionally reveal location or routine?
62. Routine Exposure™
Digital activity may reveal:
workplace;
school;
appointments;
travel;
social contacts;
habitual locations.
63. Routine Reconstruction Risk™
Defined as:
Ability to reconstruct a person's movements or habits from multiple digital signals.
64. PATTERNINTEGRITY-001™ Integration
Individually minor digital signals may collectively reveal significant location or behavioural information.
65. Cloud Exposure™
Cloud systems may synchronise:
photographs;
messages;
contacts;
calendars;
notes;
documents;
location;
passwords.
66. Cloud Separation Integrity™
Digital separation should consider whether cloud infrastructure remains shared.
67. Cloud Synchronisation Risk™
Deleting information from one device may not remove access elsewhere.
68. Shared Cloud Risk™
Shared cloud infrastructure may preserve visibility after physical separation.
69. Cloud Access Test™
Ask:
Which devices, users and applications can access synchronised information?
70. Backup Exposure™
Backups may contain sensitive historical data.
71. Backup Restoration Risk™
An old backup may restore unsafe configurations or shared information.
72. Backup Integrity Test™
Assess:
Backup Location → Access → Encryption → Recovery → Sensitive Content
73. Email Integrity™
Email often functions as the recovery infrastructure for other digital systems.
74. Email Priority Principle™
Where email controls recovery of other accounts, email security may be a critical dependency in digital separation.
75. Email Forwarding Risk™
Forwarding rules may preserve hidden access.
76. Email Recovery Test™
Check:
recovery email;
recovery phone;
forwarding;
delegated access;
active sessions;
linked applications.
77. Mobile Account Integrity™
Mobile accounts may control:
number portability;
SIM replacement;
billing;
device access;
authentication.
78. Mobile Account Control Risk™
Shared or administrator-controlled mobile accounts may create post-separation vulnerability.
79. SIM Recovery Risk™
Control of a telephone account may enable recovery of other accounts.
80. Authentication Dependency™
Many accounts depend on one phone number or email.
81. Authentication Dependency Map™
Map:
Primary Account → Recovery Dependency → Secondary Accounts Dependent Upon It
82. Authentication Cascade Risk™
Defined as:
Risk that compromise of one authentication system enables access to multiple other accounts.
83. PROTECTIVEDEPENDENCY-001™ Integration
Critical authentication dependencies should be treated as single points of failure where appropriate.
84. Password Manager Integrity™
Password managers may contain access to an entire digital environment.
85. Password Manager Dependency Risk™
Compromise may create cascading exposure.
86. Multi-Factor Authentication Integrity™
MFA should be configured to methods controlled safely by the account holder.
87. Unsafe MFA Dependency™
MFA may create false confidence where the second factor remains accessible to another person.
88. Social Media Separation™
Assess:
login access;
connected apps;
location;
privacy;
recovery;
shared administrators;
historic posts;
mutual contacts.
89. Social Graph Exposure™
Even secure accounts may reveal information through connected people.
90. Third-Party Disclosure Risk™
Friends, relatives or colleagues may unintentionally reveal location or activity.
91. Social Exposure Integrity™
Digital separation should distinguish direct technological access from indirect social disclosure.
92. Messaging Platform Integrity™
Assess:
linked devices;
desktop sessions;
backups;
disappearing messages;
location sharing;
account recovery.
93. Linked Device Risk™
Messaging accounts may remain accessible on devices no longer controlled by the survivor.
94. Communication Safety Test™
Ask:
Could another person read, intercept, redirect or infer sensitive safeguarding communication?
95. Safe Contact Integrity™
Institutional communication should use verified safe channels.
96. Safe Contact Assumption Risk™
Previously used contact details may no longer be safe.
97. Safe Contact Verification™
Institutions should periodically confirm safe contact arrangements where risk requires it.
98. Institutional Communication Exposure™
Unsafe communication may disclose:
appointments;
accommodation;
legal action;
support involvement;
relocation.
99. Survivor Privacy by Design™ Integration
Privacy safeguards should be built into institutional communication and record systems.
100. Financial Technology Exposure™
Digital financial systems may reveal:
spending;
location;
merchants;
transfers;
balances;
income.
101. Financial Technology Access™
Assess:
banking apps;
payment apps;
shared cards;
account alerts;
stored payment methods;
joint accounts;
credit accounts.
102. Financial Visibility Risk™
Financial transaction data may function as surveillance.
103. Economic Control Continuity™
Physical separation may not end technology-enabled economic control.
104. Financial Separation Integrity™
Assess:
Access → Visibility → Authority → Recovery → Dependency → Independent Control
105. Stored Payment Risk™
Shared digital accounts may retain payment methods.
106. Financial Recovery Route Risk™
Account recovery may depend upon compromised contact details.
107. Digital Identity Exposure™
Personal information may enable:
impersonation;
account recovery;
fraud;
false communications.
108. Digital Identity Integrity™
Defined as:
Protection of identity information and authentication pathways necessary to prevent unauthorised representation or access.
109. Impersonation Risk™
Another person may use existing information to present themselves digitally as the survivor.
110. Identity Recovery Test™
Ask:
What information would another person need to regain or recreate access?
111. Smart-Home Separation™
Connected homes may include:
locks;
cameras;
doorbells;
thermostats;
lighting;
speakers;
alarms;
routers.
112. Smart-Home Legacy Access™
Moving out does not necessarily remove administrator access.
113. Smart-Home Control Risk™
A person may retain remote visibility or control after leaving the property.
114. Smart-Home Administrator Test™
Ask:
Who is the administrator of each connected home system?
115. Router Integrity™
Network access may provide visibility or control over connected devices.
116. Network Credential Risk™
Old network credentials may remain active.
117. Smart-Home Reconfiguration Integrity™
Reconfiguration should consider:
administrator;
account ownership;
cloud access;
device reset;
linked users;
network credentials.
118. Digital Safe-Home Principle™
A physically secure home should not be assumed digitally secure.
119. Connected Vehicle Exposure™
Connected vehicles may reveal:
location;
journeys;
destinations;
vehicle status.
120. Connected Vehicle Legacy Access™
Previous authorised users may retain application access.
121. Vehicle Digital Separation™
Assess:
manufacturer account;
linked drivers;
location services;
navigation history;
Bluetooth;
digital keys.
122. Vehicle Access Verification™
Confirm removal of unsafe digital access.
123. Children and Digital Connectivity™
Where children are involved, digital separation may be complicated by legitimate continuing communication.
124. Child-Linked Digital Exposure™
May include:
school applications;
family accounts;
devices;
calendars;
photographs;
location systems.
125. Necessary Contact–Unsafe Access Distinction™
Legitimate continuing communication does not require unrestricted digital access.
126. Contact Boundary Integrity™
Define the minimum digital access necessary for legitimate continuing functions.
127. Boundary Creep™
Defined as:
Expansion of legitimate digital contact into unnecessary access, visibility or control.
128. Boundary Creep Test™
Ask:
Is this access genuinely necessary for the stated purpose?
129. Shared Parenting Technology Risk™
Shared applications may create continuing visibility beyond what is necessary.
130. Data Minimisation Principle™
Where appropriate, continuing digital connection should be limited to information necessary for legitimate function.
131. Consent Integrity™ Integration
Consent to digital access should be specific, current and appropriately understood.
132. Historic Consent Persistence™
Digital systems may preserve access long after consent circumstances have changed.
133. Permission Persistence Risk™
Defined as:
Continuing technical permission after the social, relational or safeguarding basis for that permission has ended.
134. Permission Review Trigger™
Separation should trigger review of materially relevant digital permissions.
135. Permission Integrity Audit™
For each permission identify:
Permission → Holder → Original Purpose → Current Purpose → Current Risk → Retain / Remove
136. Discovery Risk™
Defined as:
Risk that digital security changes, access removal or account separation will be detected and trigger escalation, retaliation, evidence destruction or alternative forms of control.
137. Discovery Risk Classification™
DR1 — Minimal
DR2 — Low
DR3 — Material
DR4 — Serious
DR5 — Critical
138. Change Visibility™
Some digital changes generate:
notifications;
emails;
logout alerts;
password-change alerts;
device removal alerts;
administrator notifications.
139. Change Visibility Test™
Ask:
Will the other person know this change has occurred?
140. Discovery-to-Escalation Pathway™
Security Change → Detection → Behavioural Response → Escalation Risk
141. No-Automatic-Password-Change Principle™
Immediate password change should not be treated as a universally safe first step where discovery could materially increase risk.
142. Safe Sequencing™
Defined as:
Ordering digital safety interventions according to safeguarding risk, dependency, evidence requirements, discovery risk and practical feasibility.
143. Safe Transition Plan™
May identify:
safe device;
safe communication;
critical account;
evidence preservation;
recovery changes;
credential changes;
session removal;
permission removal;
monitoring;
verification.
144. Digital Change Sequencing™
Potential sequence:
Assess → Preserve → Secure Recovery → Secure Core Accounts → Remove Sessions → Remove Permissions → Reconfigure Devices → Monitor → Verify
145. No-Universal-Digital-Safety-Sequence Principle™
Digital exit sequencing should be tailored to the risk environment rather than applied mechanically.
146. Stealth Mode™ Integration
Where appropriate and lawful, safety design should consider how a survivor may access support without unnecessarily exposing help-seeking activity.
147. Quick Exit™ Integration
Digital services supporting people at risk should provide proportionate mechanisms for rapid exit where appropriate.
148. Journal Lock™ Integration
Sensitive records should be protected against unauthorised access.
149. Evidence Preservation Integrity™
Digital separation may alter or destroy evidence.
150. Digital Evidence Integrity™ Integration
Evidence preservation should be considered before material digital changes where safe, lawful and necessary.
151. Evidence–Safety Balance™
Evidence preservation should not override immediate safety.
152. Evidence Preservation Risk™
Attempts to preserve evidence may expose help-seeking or increase risk.
153. No-Survivor-as-Digital-Forensics-Team Principle™
A survivor should not be expected to undertake complex or unsafe forensic activity as the price of being believed or protected.
154. Evidence Collection Burden™
Institutions should consider whether evidence requests are:
necessary;
proportionate;
safe;
technically realistic.
155. Digital Evidence Burden Test™
Ask:
Can this evidence reasonably be obtained without transferring unsafe investigative responsibility onto the survivor?
156. Access Removal™
Defined as:
Revocation, containment or replacement of unsafe digital permissions, credentials, sessions, devices or administrative relationships.
157. Access Removal Categories™
AR1 — Credential Change
AR2 — Recovery Change
AR3 — Session Revocation
AR4 — Device Removal
AR5 — Permission Removal
AR6 — Administrator Change
AR7 — Account Separation
AR8 — Network Reconfiguration
AR9 — Device Replacement
AR10 — Service Termination
158. Access Removal Integrity™
Removal should address the actual access pathway.
159. Partial Access Removal™
Removing one access route may leave others intact.
160. Access Substitution Risk™
When one route closes, another may be used.
161. DIGITALRISK-001™ Platform Migration Integration
Risk may migrate between technologies.
162. Digital Control Migration™
Defined as:
Movement of technology-facilitated control from a restricted digital channel into another available channel.
163. Migration Monitoring™
Following access removal, monitor for:
new accounts;
new devices;
alternative platforms;
third-party contact;
new recovery attempts;
impersonation.
164. Access Removal Verification™
Ask:
Can the institution or account holder demonstrate that the identified unsafe access route is no longer operational?
165. Account Recovery Integrity™
After access removal, independent control should be established.
166. Independent Digital Control™
Defined as:
Practical control of materially relevant accounts and devices without unsafe dependency upon another person.
167. Independent Control Test™
Assess:
credentials;
recovery;
administrator rights;
device possession;
payment authority;
authentication.
168. Digital Dependency™
A survivor may depend on shared digital infrastructure for essential functions.
169. Digital Dependency Categories™
DD1 — Communication
DD2 — Financial
DD3 — Employment
DD4 — Education
DD5 — Healthcare
DD6 — Housing
DD7 — Transport
DD8 — Childcare
DD9 — Identity
DD10 — Safety
170. Dependency–Exit Conflict™
Defined as:
A condition in which removing unsafe digital access also threatens access to essential services or functions.
171. Reduced Digital Exit Capacity™
Defined as:
Reduction in a person's practical ability to separate digitally because essential functions remain dependent upon shared technology, accounts, devices or infrastructure.
172. Reduced Exit Capacity™ Integration
Digital dependency may form part of wider constrained exit capacity.
173. Architecture of Entrapment™ Integration
Technology can form part of the infrastructure that makes separation practically difficult.
174. Digital Manufactured Choice™
A person may appear to “choose” continued digital connection where the alternative is losing essential functionality.
175. Domestic Manufactured Choice™ Integration
Assess whether apparent digital consent exists within constrained alternatives.
176. Dependency Transition Plan™
Identify:
Unsafe Dependency → Essential Function → Replacement → Transition → Verification
177. Digital Inclusion Principle™
Digital safety should not unnecessarily require digital exclusion.
178. No-Disconnect-Equals-Safety Principle™
Removing a survivor from technology altogether should not be treated as the default solution to technology-facilitated abuse.
179. Digital Safety–Digital Inclusion Balance™
Safeguarding should seek secure participation rather than unnecessary exclusion.
180. Post-Separation Risk™
Separation may change rather than eliminate risk.
181. Post-Separation Digital Risk™
Defined as:
Technology-facilitated safeguarding risk occurring or continuing after physical or relational separation.
182. Post-Separation Risk Categories™
PR1 — Continuing Surveillance
PR2 — Location Tracking
PR3 — Account Intrusion
PR4 — Impersonation
PR5 — Harassment
PR6 — Financial Interference
PR7 — Smart-Home Intrusion
PR8 — Digital Evidence Interference
PR9 — Third-Party Digital Contact
PR10 — Identity Exploitation
183. Post-Separation Access Test™
Ask:
What can the other person still see, access, control, recover, infer or impersonate?
184. Legacy Access–Post-Separation Risk Link™
Legacy access should be assessed as a potential mechanism for continuing control.
185. Control Continuity™
Defined as:
Continuation of a controlling function despite physical separation because technological infrastructure remains connected.
186. Physical Exit–Control Continuity Gap™
Defined as:
Difference between physical separation and actual termination of controlling access.
187. Control Continuity Test™
Ask:
Which forms of control remained possible after physical separation?
188. Post-Separation Escalation™
Digital access may acquire greater significance after physical access decreases.
189. Substitution Effect™
Defined as:
Increased reliance on digital channels after another form of access or control has been restricted.
190. Control Migration Test™
Ask:
When physical access reduced, did digital activity increase, change or become more intrusive?
191. PATTERNINTEGRITY-001™ Integration
Post-separation digital signals should be assessed collectively.
192. CUMULATIVEHARM-001™ Integration
Repeated digital intrusions may create cumulative safeguarding harm.
193. Digital Breach Pattern™
Repeated access attempts, contact or circumvention should be aggregated.
194. PROTECTIONGAP-001™ Integration
Digital protective measures should be assessed for practical effectiveness.
195. Protective Digital Measure™
May include:
credential separation;
account recovery;
device replacement;
location restriction;
safe contact;
network reset;
privacy controls.
196. Digital Paper Protection™
Defined as:
A digital safeguard recorded as completed despite continuing material access or exposure.
197. Digital Protection Verification™
Change Made ≠ Access Removed ≠ Risk Reduced ≠ Protection Verified
198. Digital Safeguarding Chain™
Digital Risk → Recognition → Ownership → Intervention → Implementation → Monitoring → Escalation → Verification
199. CHAININTEGRITY-001™ Integration
Digital separation should be governed through the full safeguarding chain.
200. Digital Exit Owner™
Defined as:
The accountable professional or function responsible for coordinating institutional digital safeguarding action where organisational responsibility exists.
201. Digital Ownership Gap™
Defined as:
A condition in which technology-facilitated safeguarding risk is recognised but no institutional actor accepts responsibility for coordinating response.
202. Specialist Referral Integrity™
Referral to specialist support should not automatically discharge existing safeguarding responsibility.
203. HANDOVERINTEGRITY-001™ Integration
Sent ≠ Received ≠ Understood ≠ Accepted ≠ Owned ≠ Actioned ≠ Verified
204. Specialist Referral Gap™
Defined as:
Risk created when digital safeguarding responsibility is assumed to have transferred to specialist services without confirmed acceptance and action.
205. No-Specialist-Referral-Equals-Responsibility-Transfer Principle™
Referral to digital specialists does not itself establish transfer of safeguarding ownership.
206. Institutional Digital Capability™
Organisations should understand the limits of their digital safeguarding competence.
207. Capability Boundary Integrity™
Staff should know when specialist advice is required.
208. Digital Overconfidence Risk™
Defined as:
Risk created when professionals provide digital safety advice beyond their competence without recognising potential safeguarding consequences.
209. No-Generic-Tech-Advice Principle™
Generic technology advice should not substitute for risk-sensitive digital safeguarding assessment.
210. Digital Safety Advice Risk™
Advice such as “change every password immediately” may be unsafe in some contexts.
211. Advice–Risk Alignment™
Advice should consider:
discovery;
escalation;
evidence;
device trust;
dependencies;
timing.
212. Trauma-Informed Digital Design™ Integration
Digital safeguarding processes should minimise unnecessary cognitive and procedural burden.
213. Digital Remediation Burden™
Defined as:
The practical workload placed on a survivor to identify, understand and correct complex digital security problems.
214. Remediation Burden Test™
Assess:
number of accounts;
technical complexity;
cost;
time;
device access;
cognitive burden;
specialist support.
215. No-Survivor-as-System-Administrator Principle™
The complexity of digital infrastructure should not be transferred wholesale onto the person seeking safety.
216. Digital Safeguarding Support Integrity™
Where possible, institutions should provide clear, proportionate and competent support.
217. Digital Exit Accessibility™
Digital safety planning should consider:
disability;
literacy;
language;
financial access;
device availability;
internet access;
technical confidence.
218. ACCESSFAILURE-001™ Integration
Digital safety interventions should not become inaccessible because of design or resource barriers.
219. Financial Cost of Digital Exit™
Costs may include:
replacement devices;
new SIM;
internet;
subscriptions;
secure storage;
specialist support.
220. Cost-Induced Digital Vulnerability™
Defined as:
Continuing unsafe digital dependency caused by inability to afford safer alternatives.
221. Digital Exit Resource Test™
Ask:
Does the person have the practical resources required to implement the proposed digital safety plan?
222. Digital Safeguarding Maturity Model™ Integration
Institutional capability should be assessed across:
recognition;
assessment;
response;
expertise;
evidence;
privacy;
implementation;
verification.
223. SAFECHAIN™ DS-001 Integration
DIGITALEXIT-001™ operates as a specialised implementation framework within the wider SAFECHAIN™ Digital Safeguarding Standard.
224. Digital Exit Risk Classification™
DER1 — Low
Limited exposure with independent control.
DER2 — Emerging
Some legacy access or uncertainty exists.
DER3 — Material
Significant exposure requiring structured remediation.
DER4 — Serious
Multiple access pathways or evidence of continued digital control.
DER5 — Critical
Extensive, active or escalating digital access creating serious safeguarding exposure.
225. Legacy Access Severity Classification™
LAS1 — Limited
LAS2 — Moderate
LAS3 — Material
LAS4 — Serious
LAS5 — Critical
226. Digital Separation Integrity Classification™
DSI1 — Not Separated
Material unsafe digital connectivity remains.
DSI2 — Fragile Separation
Some access removed but substantial uncertainty or dependency remains.
DSI3 — Functional Separation
Major known risks addressed with manageable residual exposure.
DSI4 — Strong Separation
Material access pathways removed and controls independently held.
DSI5 — Verified Digital Separation™
Known material pathways addressed, residual risk assessed and digital control independently verified.
227. Digital Exit Confidence Classification™
DEC1 — Assumed
DEC2 — Weakly Evidenced
DEC3 — Reasonably Evidenced
DEC4 — Strongly Evidenced
DEC5 — Verified
228. Declared Digital Separation™
Defined as:
Digital separation assumed or recorded following security changes.
229. Verified Digital Separation™
Defined as:
Digital separation supported by evidence that identified material access pathways have been removed, contained or appropriately managed and residual exposure has been assessed.
230. Declared–Verified Digital Separation Gap™
Defined as:
Difference between assumed digital safety and evidence of actual digital separation.
231. Residual Digital Risk™
Defined as:
Technology-facilitated risk remaining after digital separation interventions.
232. Residual Digital Risk Classification™
RDR1 — Minimal
RDR2 — Low
RDR3 — Material
RDR4 — Serious
RDR5 — Critical
233. Residual Access™
Some access may remain intentionally because of legitimate dependency.
234. Residual Access Governance™
Where access remains:
purpose should be clear;
scope should be limited;
risk should be assessed;
monitoring should be considered;
review should occur.
235. Necessary Residual Connection™
Defined as:
A continuing digital connection retained for a legitimate function despite safeguarding risk.
236. Residual Connection Test™
Ask:
Is the connection necessary, proportionate and no broader than required?
237. Digital Exit Monitoring™
Digital separation should be monitored proportionately where continuing risk exists.
238. Post-Change Monitoring™
Monitor for:
login attempts;
recovery attempts;
unknown devices;
password-reset messages;
new contact routes;
impersonation;
location anomalies.
239. Digital Recurrence™
Defined as:
Reappearance of technology-facilitated access or control after apparent digital separation.
240. Recurrence Trigger™
Recurrence should trigger reassessment of:
hidden access;
recovery pathways;
new technology;
social disclosure;
identity exposure.
241. RECURRINGFAILURE-001™ Integration
Repeated recurrence should trigger root-cause analysis.
242. Digital Exit Failure™
Defined as:
Failure to achieve or maintain sufficient digital separation from identified technology-facilitated risk.
243. Digital Exit Failure Classification™
DEF1 — Discovery Failure
DEF2 — Planning Failure
DEF3 — Sequencing Failure
DEF4 — Access Removal Failure
DEF5 — Recovery Failure
DEF6 — Dependency Failure
DEF7 — Migration Failure
DEF8 — Monitoring Failure
DEF9 — Verification Failure
DEF10 — Institutional Response Failure
244. Digital Exit Failure Root-Cause Analysis™
Assess:
Failure → Access Pathway → Dependency → Control Weakness → Consequence → Correction → Verification
245. Systemic Digital Exit Failure™
Defined as:
Recurring institutional inability to recognise, support or verify safe digital separation.
246. Digital Exit Fresh-Eyes Test™
Ask:
Could an independent reviewer identify every material known digital connection that remained after physical separation and what was done about it?
247. Digital Separation Reality Test™
Ask:
What evidence demonstrates that the other person can no longer access, observe, recover, control or infer materially sensitive information through the identified digital routes?
248. Digital Exit Counterfactual™
Ask:
What continuing digital access would exist if no separation measures had been implemented?
249. Access Recovery Counterfactual™
Ask:
If the other person attempted to regain access today, which recovery routes could still succeed?
250. Digital Migration Test™
Ask:
After one route was removed, did the behaviour move to another platform, account, device or intermediary?
251. Digital Exit Stress Test™
Scenario A — Password Changed
Can recovery access restore the account?
Scenario B — New Phone Obtained
Does cloud synchronisation restore unsafe settings?
Scenario C — Survivor Relocates
Can location still be inferred?
Scenario D — Shared Account Closed
Do linked services remain connected?
Scenario E — Smart-Home Password Changed
Does another administrator retain access?
Scenario F — Vehicle Access Removed
Does another linked driver remain?
Scenario G — Primary Email Secured
Can recovery phone still be used?
Scenario H — Unsafe Device Retained
Can security changes be observed?
Scenario I — Contact Restricted
Does communication migrate to third parties?
Scenario J — All Known Access Removed
What unknown or historic access remains plausible?
252. Digital Exit Map™
Map:
Asset → Access → Risk → Discovery → Intervention → Verification → Residual Risk
253. Legacy Access Map™
Map:
Account / Device → Historic Access → Current Access → Recovery Access → Action
254. Digital Dependency Map™
Map:
Essential Function → Digital Dependency → Unsafe Connection → Replacement → Transition
255. Digital Separation Chronology™
Record:
Date → Access Identified → Risk → Change → Discovery → Outcome → Verification
256. Digital Exit Register™
Record:
asset;
exposure;
access;
owner;
risk;
intervention;
status;
verification.
257. Legacy Access Register™
Record all material historic access pathways.
258. Digital Permission Register™
Record:
permission;
holder;
purpose;
necessity;
risk;
removal status.
259. Digital Dependency Register™
Record essential dependencies affecting separation.
260. Digital Exit Action Register™
Record:
Action → Owner → Priority → Dependency → Completion → Verification
261. Residual Digital Risk Register™
Record continuing exposure after intervention.
262. Digital Exit Failure Register™
Record DEF1–DEF10 failures.
263. Digital Separation Verification Register™
Record:
Control → Evidence → Verification Method → Confidence → Review Date
264. Digital Exit Dashboard™
Monitor:
critical digital exposure;
unresolved legacy access;
unsafe recovery routes;
compromised devices;
location exposure;
incomplete access removal;
high residual risk;
recurrence;
unverified digital separation.
265. Digital Exit Metrics™
Potential measures:
Digital Exposure Assessment Completion Rate™
Legacy Access Identification Rate™
Critical Access Remediation Rate™
Digital Access Removal Verification Rate™
Unsafe Recovery Route Rate™
Digital Separation Verification Rate™
Residual High Digital Risk Rate™
Digital Recurrence Rate™
Digital Exit Support Completion Rate™
Digital Ownership Gap Rate™
266. Digital Exposure Assessment Completion Rate™
Measures completion of structured digital exposure assessment where indicated.
267. Legacy Access Identification Rate™
Measures identification of material historic access pathways.
268. Critical Access Remediation Rate™
Measures DER4–DER5 pathways appropriately addressed.
269. Digital Access Removal Verification Rate™
Measures access-removal actions independently or technically verified where appropriate.
270. Unsafe Recovery Route Rate™
Measures accounts retaining materially unsafe recovery mechanisms.
271. Digital Separation Verification Rate™
Measures cases reaching DSI5 Verified Digital Separation™ where appropriate.
272. Residual High Digital Risk Rate™
Measures RDR4–RDR5 residual exposure.
273. Digital Recurrence Rate™
Measures reappearance of unsafe digital access after intervention.
274. Digital Exit Support Completion Rate™
Measures completion of agreed digital safety actions.
275. Digital Ownership Gap Rate™
Measures recognised digital safeguarding risks lacking institutional ownership where institutional action is required.
276. Digital Exit Governance Review™
Senior review should consider:
DER5 risk;
active surveillance;
repeated digital recurrence;
serious location exposure;
systematic specialist referral failure;
digital safety advice causing unintended exposure;
systemic digital safeguarding capability gaps.
277. Digital Exit Escalation Trigger™
Trigger where:
active account compromise is identified;
location confidentiality is compromised;
access persists after remediation;
risk migrates;
digital intervention triggers escalation;
high residual risk remains;
specialist response is unavailable.
278. Digital Exit Learning Loop™
Exposure → Intervention → Outcome → Residual Risk → Learning → Redesign → Verification
279. Digital Exit Redesign Trigger™
Trigger where:
standard advice repeatedly fails;
access repeatedly returns;
survivors cannot implement safety measures;
shared infrastructure creates recurring exposure;
institutional systems disclose unsafe information;
digital safeguarding responsibility remains fragmented.
280. Digital Separation Gate™
Before declaring digital separation verify:
✓ digital environment assessed
✓ material legacy access considered
✓ critical accounts assessed
✓ recovery pathways reviewed
✓ location exposure assessed
✓ dependencies identified
281. Discovery Risk Gate™
Before material changes verify:
✓ change visibility considered
✓ retaliation risk considered
✓ device trust considered
✓ evidence implications considered
✓ timing considered
282. Safe Transition Gate™
Verify:
✓ safe communication route
✓ safe device considered
✓ critical account priority established
✓ essential dependencies protected
✓ replacement services available where necessary
283. Access Removal Gate™
Verify:
✓ credentials addressed
✓ recovery routes addressed
✓ sessions addressed
✓ linked devices addressed
✓ permissions addressed
✓ administrator access addressed
284. Location Integrity Gate™
Verify:
✓ location sharing reviewed
✓ family-sharing reviewed
✓ application permissions reviewed
✓ connected vehicle reviewed
✓ metadata exposure considered
285. Digital Evidence Gate™
Verify:
✓ evidence need considered
✓ preservation proportionate
✓ survivor safety prioritised
✓ evidence burden reasonable
✓ chain of integrity maintained where necessary
286. Dependency Gate™
Verify:
✓ essential digital functions identified
✓ unsafe dependencies identified
✓ replacement pathway considered
✓ digital inclusion protected
✓ cost barriers considered
287. Post-Separation Risk Gate™
Verify:
✓ continuing surveillance considered
✓ account intrusion considered
✓ impersonation considered
✓ financial interference considered
✓ third-party digital contact considered
✓ risk migration considered
288. Residual Risk Gate™
Verify:
✓ unresolved access documented
✓ necessary residual connection justified
✓ residual risk classified
✓ monitoring established where needed
✓ review trigger defined
289. Verification Gate™
Verify:
✓ identified access removed or controlled
✓ recovery control independent
✓ critical devices sufficiently trusted
✓ digital control independent
✓ residual risk understood
✓ separation confidence calibrated
290. Closure Gate™
Before closing digital safeguarding intervention verify:
✓ no unresolved critical access
✓ no unexplained recurrence
✓ essential dependencies stable
✓ safe contact established
✓ residual risk acceptable
✓ reopening triggers known
291. Systemic Digital Exit Gate™
Where recurring failures exist verify:
✓ pattern identified
✓ institutional capability assessed
✓ root cause established
✓ corrective design implemented
✓ outcomes retested
292. No-Physical-Separation-Equals-Digital-Separation Principle™
Leaving a person, relationship or property does not itself remove technological access.
293. No-Password-Change-Equals-Digital-Safety Principle™
Credential change alone does not establish secure digital separation.
294. No-Device-Possession-Equals-Device-Control Principle™
Physical possession of a device does not establish exclusive digital control.
295. No-Account-Ownership-Equals-Exclusive-Access Principle™
Being the named account holder does not establish that another person lacks access.
296. No-Logout-Equals-Access-Removal Principle™
Logging out of one device does not establish revocation of all sessions or recovery routes.
297. No-Location-Sharing-Off-Equals-Location-Privacy Principle™
Disabling one location service does not establish that location cannot be inferred elsewhere.
298. No-New-Device-Equals-New-Digital-Life Principle™
A new device may reconnect automatically to old cloud accounts, permissions and dependencies.
299. No-Access-Removal-Equals-Risk-Elimination Principle™
Removing identified access does not establish that all digital risk has ended.
300. No-Digital-Disconnection-Equals-Safety Principle™
Forcing a survivor offline should not substitute for making digital participation safer.
301. No-Specialist-Referral-Equals-Digital-Protection Principle™
Referral to specialist support is not evidence that digital safeguarding action occurred.
302. No-Technical-Change-Equals-Protective-Outcome Principle™
A technical security action should be evaluated by whether it materially reduces safeguarding exposure.
303. DIGITALEXIT-001™ Integrity Test
An institution applying DIGITALEXIT-001™ should be able to demonstrate that:
Digital Separation™ is defined.
Digital Exit Integrity™ is defined.
Legacy Access™ is defined.
Post-Separation Digital Safety™ is defined.
physical and digital separation are distinguished.
Digital Exit Safety Principle™ operates.
DEI1–DEI10 architecture operates.
separation context is assessed.
SS1–SS7 separation stages are recognised.
Digital Re-Separation™ is identifiable.
Digital Environment Maps™ can be created.
Digital Asset Inventories™ can be created.
DA1–DA12 asset categories are recognised.
digital ownership and digital control are distinguished.
Control Mapping™ is possible.
Shared Digital Architecture™ is identified.
digital exposure is assessed.
DX1–DX10 exposure categories are recognised.
DE1–DE5 exposure classification operates.
exposure pathways can be mapped.
legacy access is treated as a safeguarding category.
LA1–LA15 access types are recognised.
Legacy Access Register™ operates.
known and unknown access are distinguished.
hidden access is considered.
Legacy Access Discovery Test™ operates.
recovery route risk is assessed.
Recovery Control Test™ operates.
Recovery Loops™ are identifiable.
credential rotation includes recovery and sessions.
password-only safety assumptions are challenged.
trusted-device risk is assessed.
session persistence is considered.
DT1–DT5 device trust classification operates.
device trust is assessed before sensitive changes.
compromised-device change risk is recognised.
Safe Device Principle™ operates.
device replacement is considered proportionately.
device recovery assesses profiles and permissions.
location exposure is assessed.
material location sources are considered.
Location Permission Audits™ can be completed.
historic location permissions are reviewed.
historic consent is distinguished from current risk.
metadata exposure is assessed.
Routine Reconstruction Risk™ is recognised.
collective digital signals are considered.
cloud exposure is assessed.
Cloud Separation Integrity™ is considered.
cloud synchronisation risk is recognised.
shared-cloud risk is identified.
backup exposure is assessed.
backup restoration risk is considered.
email is recognised as a critical recovery dependency where applicable.
forwarding rules are considered.
email recovery routes are reviewed.
mobile account control is assessed.
SIM recovery risk is considered.
authentication dependencies are mapped.
Authentication Cascade Risk™ is identifiable.
password-manager dependency is assessed.
MFA control is assessed.
unsafe MFA dependency is recognised.
social-media access is assessed.
social-graph exposure is considered.
third-party disclosure risk is considered.
messaging linked devices are assessed.
communication safety is tested.
safe contact is verified.
institutional communication exposure is assessed.
Survivor Privacy by Design™ is integrated.
financial technology exposure is assessed.
financial visibility risk is recognised.
economic control continuity is considered.
financial separation integrity is assessed.
digital identity exposure is assessed.
impersonation risk is recognised.
Identity Recovery Test™ operates.
smart-home exposure is assessed.
Smart-Home Legacy Access™ is identified.
administrator access is reviewed.
router and network credentials are considered.
Digital Safe-Home Principle™ operates.
connected-vehicle exposure is assessed.
vehicle access is verified.
child-linked digital exposure is considered where relevant.
necessary contact is distinguished from unnecessary access.
Boundary Creep™ is identifiable.
data minimisation is considered.
consent integrity is applied.
Permission Persistence Risk™ is identified.
separation triggers permission review.
Permission Integrity Audits™ can be completed.
Discovery Risk™ is assessed.
DR1–DR5 discovery classification operates.
change visibility is considered.
Discovery-to-Escalation Pathway™ is assessed.
automatic password change is not treated as universally safe.
Safe Sequencing™ is applied.
Safe Transition Plans™ can be created.
Digital Change Sequencing™ is risk-sensitive.
No-Universal-Digital-Safety-Sequence Principle™ operates.
Stealth Mode™ is integrated where appropriate.
Quick Exit™ is integrated where appropriate.
Journal Lock™ is integrated where appropriate.
evidence preservation is considered before material changes where safe.
Digital Evidence Integrity™ is applied.
evidence–safety balance is maintained.
survivors are not expected to perform unsafe forensic work.
evidence collection burden is assessed.
Access Removal™ is defined.
AR1–AR10 removal categories are recognised.
access removal targets actual pathways.
partial removal is identified.
access substitution risk is assessed.
Digital Control Migration™ is identified.
migration monitoring occurs where appropriate.
access removal is verified.
account recovery establishes independent control.
Independent Digital Control™ is assessed.
digital dependency is identified.
DD1–DD10 dependency categories are recognised.
Dependency–Exit Conflict™ is identified.
Reduced Digital Exit Capacity™ is assessed.
wider entrapment architecture is considered.
Digital Manufactured Choice™ is identifiable.
dependency transition plans can be created.
Digital Inclusion Principle™ operates.
digital disconnection is not treated as default safety.
post-separation digital risk is assessed.
PR1–PR10 categories are recognised.
Post-Separation Access Test™ operates.
Control Continuity™ is assessed.
Physical Exit–Control Continuity Gap™ is identified.
post-separation escalation is considered.
Substitution Effect™ is identified.
Control Migration Test™ operates.
digital signals are aggregated as patterns.
cumulative digital harm is considered.
digital breach patterns are recognised.
digital protective measures are evaluated for effectiveness.
Digital Paper Protection™ is identified.
digital protection is verified.
digital safeguarding chain integrity operates.
institutional digital owners are identifiable.
Digital Ownership Gaps™ are identified.
specialist referral integrity is governed.
HANDOVERINTEGRITY-001™ is integrated.
Specialist Referral Gaps™ are identifiable.
referral is not equated with responsibility transfer.
capability boundaries are understood.
Digital Overconfidence Risk™ is recognised.
generic technology advice does not substitute for assessment.
safety advice is aligned with risk.
trauma-informed digital design is applied.
Digital Remediation Burden™ is assessed.
survivors are not treated as system administrators.
digital exit accessibility is assessed.
cost-induced vulnerability is identified.
Digital Exit Resource Test™ operates.
Digital Safeguarding Maturity Model™ is integrated.
SAFECHAIN™ DS-001 is integrated.
DER1–DER5 Digital Exit Risk Classification™ operates.
LAS1–LAS5 Legacy Access Severity Classification™ operates.
DSI1–DSI5 Digital Separation Integrity Classification™ operates.
DEC1–DEC5 confidence classification operates.
Declared Digital Separation™ is distinguished from Verified Digital Separation™.
Declared–Verified Digital Separation Gaps™ are identified.
residual digital risk is classified.
RDR1–RDR5 classification operates.
necessary residual connections are governed.
residual connection necessity is tested.
digital exit monitoring occurs where required.
post-change monitoring considers recurrence.
Digital Recurrence™ is identified.
recurrence triggers reassessment.
DEF1–DEF10 failure classification operates.
digital exit failures receive root-cause analysis.
systemic digital exit failure is identifiable.
Digital Exit Fresh-Eyes Test™ operates.
Digital Separation Reality Test™ operates.
Digital Exit Counterfactual™ operates.
Access Recovery Counterfactual™ operates.
Digital Migration Test™ operates.
Digital Exit Stress Test™ operates.
Digital Exit Maps™ can be created.
Legacy Access Maps™ can be created.
Digital Dependency Maps™ can be created.
Digital Separation Chronologies™ can be maintained.
Digital Exit Register™ operates.
Legacy Access Register™ operates.
Digital Permission Register™ operates.
Digital Dependency Register™ operates.
Digital Exit Action Register™ operates.
Residual Digital Risk Register™ operates.
Digital Exit Failure Register™ operates.
Digital Separation Verification Register™ operates.
Digital Exit Dashboard™ operates.
Digital Exposure Assessment Completion Rate™ can be measured.
Legacy Access Identification Rate™ can be measured.
Critical Access Remediation Rate™ can be measured.
Digital Access Removal Verification Rate™ can be measured.
Unsafe Recovery Route Rate™ can be measured.
Digital Separation Verification Rate™ can be measured.
Residual High Digital Risk Rate™ can be measured.
Digital Recurrence Rate™ can be measured.
Digital Exit Support Completion Rate™ can be measured.
Digital Ownership Gap Rate™ can be measured.
senior governance reviews critical digital exit risk.
Digital Exit Escalation Triggers™ operate.
Digital Exit Learning Loop™ operates.
recurring failures trigger redesign.
Digital Separation Gate™ operates.
Discovery Risk Gate™ operates.
Safe Transition Gate™ operates.
Access Removal Gate™ operates.
Location Integrity Gate™ operates.
Digital Evidence Gate™ operates.
Dependency Gate™ operates.
Post-Separation Risk Gate™ operates.
Residual Risk Gate™ operates.
Verification Gate™ operates.
Closure Gate™ operates.
Systemic Digital Exit Gate™ operates.
And ultimately:
Can the institution demonstrate that physical separation was followed by a safe, risk-sensitive and verifiable examination of the digital connections through which surveillance, access, tracking, impersonation, financial interference or control could continue—and that material legacy access was not merely assumed to have ended, but was identified, addressed and verified?
304. Framework Outcomes
Implementation establishes:
✓ Digital Separation™
✓ Digital Exit Integrity™
✓ Legacy Access™
✓ Post-Separation Digital Safety™
✓ Physical–Digital Separation Distinction™
✓ Digital Exit Safety Principle™
✓ SAFECHAIN™ Digital Exit Integrity Architecture™
✓ Separation Context™
✓ SS1–SS7 Separation Stage Classification™
✓ Digital Re-Separation™
✓ Digital Environment Map™
✓ Digital Asset Inventory™
✓ DA1–DA12 Digital Asset Categories™
✓ Ownership–Control Distinction™
✓ Digital Control™
✓ Control Mapping™
✓ Shared Digital Architecture™
✓ Digital Exposure™
✓ DX1–DX10 Digital Exposure Categories™
✓ DE1–DE5 Digital Exposure Classification™
✓ Exposure Pathway™
✓ Legacy Access Integrity™
✓ LA1–LA15 Legacy Access Types™
✓ Legacy Access Register™
✓ Unknown Access Risk™
✓ Known–Unknown Access Distinction™
✓ Hidden Access™
✓ Access Discovery Integrity™
✓ Legacy Access Discovery Test™
✓ Recovery Route Risk™
✓ Recovery Control Test™
✓ Recovery Loop™
✓ Credential Rotation Integrity™
✓ Password-Only Safety Fallacy™
✓ Trusted Device Risk™
✓ Session Persistence Risk™
✓ DT1–DT5 Device Trust Classification™
✓ Device Trust Integrity™
✓ Compromised-Device Change Risk™
✓ Safe Device Principle™
✓ Device Recovery Integrity™
✓ Location Exposure™
✓ Location Permission Audit™
✓ Historic Location Permission Risk™
✓ Historic Consent–Current Risk Distinction™
✓ Metadata Exposure™
✓ Routine Reconstruction Risk™
✓ Cloud Exposure™
✓ Cloud Separation Integrity™
✓ Cloud Synchronisation Risk™
✓ Shared Cloud Risk™
✓ Backup Exposure™
✓ Backup Restoration Risk™
✓ Email Priority Principle™
✓ Email Forwarding Risk™
✓ Mobile Account Integrity™
✓ SIM Recovery Risk™
✓ Authentication Dependency™
✓ Authentication Dependency Map™
✓ Authentication Cascade Risk™
✓ Password Manager Dependency Risk™
✓ Multi-Factor Authentication Integrity™
✓ Social Graph Exposure™
✓ Third-Party Disclosure Risk™
✓ Messaging Platform Integrity™
✓ Linked Device Risk™
✓ Communication Safety Test™
✓ Safe Contact Integrity™
✓ Safe Contact Verification™
✓ Institutional Communication Exposure™
✓ Financial Technology Exposure™
✓ Financial Visibility Risk™
✓ Economic Control Continuity™
✓ Financial Separation Integrity™
✓ Digital Identity Exposure™
✓ Digital Identity Integrity™
✓ Impersonation Risk™
✓ Smart-Home Separation™
✓ Smart-Home Legacy Access™
✓ Smart-Home Control Risk™
✓ Router Integrity™
✓ Digital Safe-Home Principle™
✓ Connected Vehicle Exposure™
✓ Connected Vehicle Legacy Access™
✓ Vehicle Digital Separation™
✓ Child-Linked Digital Exposure™
✓ Necessary Contact–Unsafe Access Distinction™
✓ Contact Boundary Integrity™
✓ Boundary Creep™
✓ Data Minimisation Principle™
✓ Historic Consent Persistence™
✓ Permission Persistence Risk™
✓ Permission Integrity Audit™
✓ Discovery Risk™
✓ DR1–DR5 Discovery Risk Classification™
✓ Change Visibility™
✓ Discovery-to-Escalation Pathway™
✓ Safe Sequencing™
✓ Safe Transition Plan™
✓ Digital Change Sequencing™
✓ No-Universal-Digital-Safety-Sequence Principle™
✓ Evidence Preservation Integrity™
✓ Evidence–Safety Balance™
✓ Digital Evidence Burden Test™
✓ Access Removal™
✓ AR1–AR10 Access Removal Categories™
✓ Access Removal Integrity™
✓ Access Substitution Risk™
✓ Digital Control Migration™
✓ Migration Monitoring™
✓ Access Removal Verification™
✓ Independent Digital Control™
✓ Digital Dependency™
✓ DD1–DD10 Digital Dependency Categories™
✓ Dependency–Exit Conflict™
✓ Reduced Digital Exit Capacity™
✓ Digital Manufactured Choice™
✓ Dependency Transition Plan™
✓ Digital Inclusion Principle™
✓ Digital Safety–Digital Inclusion Balance™
✓ Post-Separation Digital Risk™
✓ PR1–PR10 Post-Separation Risk Categories™
✓ Post-Separation Access Test™
✓ Control Continuity™
✓ Physical Exit–Control Continuity Gap™
✓ Substitution Effect™
✓ Control Migration Test™
✓ Digital Breach Pattern™
✓ Digital Paper Protection™
✓ Digital Protection Verification™
✓ Digital Safeguarding Chain™
✓ Digital Exit Owner™
✓ Digital Ownership Gap™
✓ Specialist Referral Integrity™
✓ Specialist Referral Gap™
✓ Capability Boundary Integrity™
✓ Digital Overconfidence Risk™
✓ Advice–Risk Alignment™
✓ Digital Remediation Burden™
✓ Digital Exit Accessibility™
✓ Cost-Induced Digital Vulnerability™
✓ Digital Exit Resource Test™
✓ DER1–DER5 Digital Exit Risk Classification™
✓ LAS1–LAS5 Legacy Access Severity Classification™
✓ DSI1–DSI5 Digital Separation Integrity Classification™
✓ DEC1–DEC5 Digital Exit Confidence Classification™
✓ Declared Digital Separation™
✓ Verified Digital Separation™
✓ Declared–Verified Digital Separation Gap™
✓ Residual Digital Risk™
✓ RDR1–RDR5 Residual Digital Risk Classification™
✓ Necessary Residual Connection™
✓ Residual Access Governance™
✓ Digital Exit Monitoring™
✓ Digital Recurrence™
✓ Digital Exit Failure™
✓ DEF1–DEF10 Digital Exit Failure Classification™
✓ Systemic Digital Exit Failure™
✓ Digital Exit Fresh-Eyes Test™
✓ Digital Separation Reality Test™
✓ Digital Exit Counterfactual™
✓ Access Recovery Counterfactual™
✓ Digital Migration Test™
✓ Digital Exit Stress Test™
✓ Digital Exit Map™
✓ Legacy Access Map™
✓ Digital Dependency Map™
✓ Digital Separation Chronology™
✓ Digital Exit Register™
✓ Digital Permission Register™
✓ Digital Dependency Register™
✓ Digital Exit Action Register™
✓ Residual Digital Risk Register™
✓ Digital Exit Failure Register™
✓ Digital Separation Verification Register™
✓ Digital Exit Dashboard™
✓ Digital Exposure Assessment Completion Rate™
✓ Legacy Access Identification Rate™
✓ Critical Access Remediation Rate™
✓ Digital Access Removal Verification Rate™
✓ Unsafe Recovery Route Rate™
✓ Digital Separation Verification Rate™
✓ Residual High Digital Risk Rate™
✓ Digital Recurrence Rate™
✓ Digital Exit Support Completion Rate™
✓ Digital Ownership Gap Rate™
✓ Digital Exit Escalation Trigger™
✓ Digital Exit Learning Loop™
✓ Digital Exit Redesign Trigger™
✓ Digital Separation Gate™
✓ Discovery Risk Gate™
✓ Safe Transition Gate™
✓ Access Removal Gate™
✓ Location Integrity Gate™
✓ Digital Evidence Gate™
✓ Dependency Gate™
✓ Post-Separation Risk Gate™
✓ Residual Risk Gate™
✓ Verification Gate™
✓ Closure Gate™
✓ Systemic Digital Exit Gate™
✓ DIGITALEXIT-001™ Integrity Test™
305. Cross-Framework Integration
DIGITALEXIT-001™ integrates with:
DIGITALRISK-001™ — technology-facilitated abuse risk recognition and digital pattern assessment.
PROTECTIVEDEPENDENCY-001™ — critical digital dependencies, single points of failure and resilience.
PATTERNINTEGRITY-001™ — aggregation of digital signals.
CHAININTEGRITY-001™ — end-to-end safeguarding response.
HANDOVERINTEGRITY-001™ — specialist referral and responsibility transfer.
PROTECTIONGAP-001™ — verification of digital protective measures.
CUMULATIVEHARM-001™ — cumulative digital harm.
RECURRINGFAILURE-001™ — repeated digital safety failure.
ACCESSFAILURE-001™ — barriers to digital safety.
IMPLEMENTATIONGAP-001™ — digital safety action implementation.
REVIEW-001™ — reassessment following recurrence or changed risk.
SAFEGUARDCLOSURE-001™ — residual digital risk before closure.
Reduced Exit Capacity™ — technology as a constraint on safe exit.
Domestic Manufactured Choice™ — constrained apparent consent to continuing digital connection.
Architecture of Entrapment™ — digital infrastructure as part of entrapment.
Digital Evidence Integrity™ — safe preservation of digital evidence.
Survivor Privacy by Design™ — privacy-preserving digital safeguarding.
Consent Integrity™ — current and meaningful digital permission.
Trauma-Informed Digital Design™ — survivor-centred digital safety design.
Quick Exit™ — safe rapid exit from digital services.
Stealth Mode™ — discreet access to safeguarding support.
Journal Lock™ — protection of sensitive survivor records.
Digital Safeguarding Maturity Model™ — institutional digital safeguarding capability.
SAFECHAIN™ Digital Safeguarding Standard (DS-001) — overarching digital safeguarding governance standard.
306. Framework Statement
Leaving a relationship, leaving a home or physically separating from another person does not automatically remove the digital infrastructure through which access and control were previously exercised. Passwords may remain known. Recovery routes may remain compromised. Devices may remain trusted. Cloud systems may continue synchronising. Location permissions may remain active. Smart homes and connected vehicles may retain administrators. Financial technology may continue exposing activity. Historic permissions may survive long after the circumstances that created them have ended. DIGITALEXIT-001™ establishes the SAFECHAIN™ architecture for identifying and governing those continuing connections. It requires digital separation to be approached as a safeguarding transition: mapping exposure, identifying legacy access, assessing discovery risk, preserving evidence where safe, sequencing changes carefully, removing access, replacing unsafe dependencies, monitoring migration and recurrence, assessing residual risk and verifying independent digital control. Its governing proposition is simple: physical separation is not digital separation. Digital safety should therefore be demonstrated through verified reduction of the technological pathways through which surveillance, access, tracking, impersonation, interference or control could otherwise continue.
307. Copyright & Intellectual Property Notice
© 2026 Samantha Avril-Andreassen. All Rights Reserved.
DIGITALEXIT-001™ — The SAFECHAIN™ Digital Separation, Legacy Access & Post-Separation Safety Framework™ is an original digital-safeguarding, post-separation-risk, technology-facilitated-abuse, digital-access-governance and systems-reform framework developed and authored by Samantha Avril-Andreassen, LLB (Hons), LLM, LPC, FRSA, Founder of SAFECHAIN™.
DIGITALEXIT-001™ forms part of the SAFECHAIN™ Digital Safeguarding & Justice Integrity Series™, the wider SAFECHAIN™ Governance Architecture™, and is designed for integration with the SAFECHAIN™ Digital Safeguarding Standard (DS-001).
The original expression, selection, arrangement and combination of its architecture, terminology, classifications, tests, registers, metrics, governance gates and analytical methodology constitute proprietary intellectual property to the extent protected by applicable law.
Protected elements include, where original to this framework, Digital Separation™, Digital Exit Integrity™, Legacy Access™, Post-Separation Digital Safety™, Physical–Digital Separation Distinction™, Digital Exit Safety Principle™, SAFECHAIN™ Digital Exit Integrity Architecture™, Digital Re-Separation™, Digital Environment Map™, Digital Asset Inventory™, Ownership–Control Distinction™, Digital Control™, Shared Digital Architecture™, Digital Exposure™, Legacy Access Integrity™, Known–Unknown Access Distinction™, Legacy Access Discovery Test™, Recovery Loop™, Password-Only Safety Fallacy™, Device Trust Integrity™, Compromised-Device Change Risk™, Routine Reconstruction Risk™, Cloud Separation Integrity™, Email Priority Principle™, Authentication Dependency Map™, Authentication Cascade Risk™, Safe Contact Integrity™, Financial Separation Integrity™, Digital Identity Integrity™, Smart-Home Legacy Access™, Digital Safe-Home Principle™, Connected Vehicle Legacy Access™, Necessary Contact–Unsafe Access Distinction™, Contact Boundary Integrity™, Boundary Creep™, Permission Persistence Risk™, Discovery Risk™, Discovery-to-Escalation Pathway™, Safe Sequencing™, Safe Transition Plan™, Digital Change Sequencing™, Evidence–Safety Balance™, Access Removal Integrity™, Digital Control Migration™, Independent Digital Control™, Dependency–Exit Conflict™, Reduced Digital Exit Capacity™, Digital Manufactured Choice™, Digital Inclusion Principle™, Post-Separation Digital Risk™, Control Continuity™, Physical Exit–Control Continuity Gap™, Substitution Effect™, Digital Paper Protection™, Digital Protection Verification™, Digital Ownership Gap™, Specialist Referral Gap™, Digital Overconfidence Risk™, Digital Remediation Burden™, Cost-Induced Digital Vulnerability™, Digital Exit Risk Classification™, Digital Separation Integrity Classification™, Verified Digital Separation™, Declared–Verified Digital Separation Gap™, Necessary Residual Connection™, Digital Recurrence™, Digital Exit Failure Classification™, Digital Exit Fresh-Eyes Test™, Digital Separation Reality Test™, Digital Exit Counterfactual™, Access Recovery Counterfactual™, Digital Migration Test™, Digital Exit Stress Test™, Digital Exit Map™, Legacy Access Map™, Digital Dependency Map™, Digital Exit Register™, Digital Permission Register™, Digital Separation Verification Register™, Digital Exit Dashboard™, Digital Separation Verification Rate™, Digital Recurrence Rate™, Digital Exit Learning Loop™, Digital Separation Gate™, Discovery Risk Gate™, Safe Transition Gate™, Access Removal Gate™, Location Integrity Gate™, Digital Evidence Gate™, Dependency Gate™, Post-Separation Risk Gate™, Residual Risk Gate™, Systemic Digital Exit Gate™ and DIGITALEXIT-001™ Integrity Test™, together with associated implementation materials.
No part of this framework may be reproduced, republished, substantially adapted, distributed, commercially exploited or incorporated into another proprietary safeguarding, governance, digital-safety, risk, audit, assurance, accreditation, certification, consultancy, artificial-intelligence, analytics, training or software methodology without prior written permission from the applicable rights holder, except as permitted by applicable law.
References to generally established concepts concerning passwords, account security, authentication, digital privacy, location services, technology-facilitated abuse, cybersecurity, digital evidence, post-separation safeguarding and information security do not constitute claims of ownership over those underlying concepts. Proprietary claims relate to original SAFECHAIN™ expression, terminology, architecture, selection, arrangement and methodology to the extent protected by applicable law.
DIGITALEXIT-001™ is an analytical and safeguarding-governance framework. Identification of digital exposure, legacy access, digital exit failure or related governance weakness does not itself establish criminal conduct, negligence, statutory breach, regulatory breach, professional misconduct, unlawful access or institutional liability. Any such determination requires assessment under the applicable evidential, legal, regulatory, contractual and professional framework.
Author and Framework Developer:
Samantha Avril-Andreassen, LLB (Hons), LLM, LPC, FRSA
Founder — SAFECHAIN™
Framework Reference: DIGITALEXIT-001™
Version: 1.0
Year: 2026
© 2026 Samantha Avril-Andreassen. All Rights Reserved.