Why are you reading this?
Police work relies on reliable information: the digital nervous system of investigations, dispatch centers, and collaboration. When data is stolen, encrypted by attackers, or subtly manipulated, the organization loses operational control. This canvas shows how you can structurally strengthen confidentiality, integrity, and continuity — regardless of where data resides.
Goal
Protect data against theft, sabotage, manipulation, and outages.
Principle
Security "by design": lock, distribute, verify.
Impact
Lower damage/risk during incidents, faster recovery, less escalation.
The 5 Core Risks Today
M365 & Cloud
The 'blind spot'. Data is fragmented and encryption is not in your own control. Logging does not guarantee integrity.
Evidence Reliability
Deepfakes, selective leaks, and context manipulation undermine the rule of law.
Interne Dreiging
Legitimate access ≠ unlimited power. Human errors or curiosity are reality.
Geopolitiek
State actors seek long-term disruption, not just direct sabotage.
Ketenwantrouwen
Asymmetric trust with foreign partners. Is the shared evidence still identical later?
De consequentie
Without structural data layer protection there is risk of data leaks, manipulated evidence, operational disruption and dependency on parties outside own control.
Het “Drie-Sloten-Model”
A data layer that locks, splits, makes verifiable en distributes across multiple nodes/locations — without depending on one system, one cloud, or one datacenter.
Lock 1: Client-side Encryption
Data is locked before it reaches storage or transport. Without the key: worthless.
Result: device kwijt ≠ data kwijt.
Slot 2: Post-quantum bescherming
Designed to remain resistant to cryptographic breakthroughs in the future.
Result: “harvest now, decrypt later” becomes pointless.
Slot 3: Digitale signatures
Every data chunk is verifiable. Manipulation or injection is immediately detected during verification.
Result: integrity provable — including for justice.
How does this fit into existing environments?
Layer on top of storage
Chunk Works functions as a data layer that can run on top of existing infrastructure (on-prem, private cloud, or multi-location). U vervangt niet “alles”, u voegt strategische bescherming toe waar het telt.
Spreiding over locaties
Data is distributed across multiple nodes/locations, so one incident (cyber or physical) is not a single point of failure.
Verifieerbaar & auditeerbaar
Detectie van manipulatie ondersteunt chain-of-custody en maakt incidentanalyse scherper: “wat is echt, wat is veranderd?”
Strategische impact
Sovereignty
Control over access and distribution, more independent of platform choices.
Zero Trust-by-design
Trust is enforced with crypto and verification, not assumptions.
Veerkracht
Outage or attack on one location does not automatically block work.
Future-ready crypto
Voorbereid op nieuwe dreigingen en cryptografische transities.
Next step (pilot)
Start small: one dataset / one process chain / one region, with measurable KPIs (integrity, recovery, incident impact).
Operationele Scenario's
Select a case to test the resilience of the architecture against internal and external threats.
Sovereign Mesh NL
Federated Data Simulation • Zero Trust
Selecteer Scenario
Choose a scenario from the menu on the left to test resilience.