Cryptographic Resilience

Digital trust depends on cryptography. It protects identities, secures communications, enables transactions and underpins the applications, cloud services and infrastructure organisations rely on every day.

Yet cryptography has often accumulated over decades with limited visibility, fragmented ownership and no consistent way to govern change. As technology, regulation and threats evolve, that creates risk—and makes even necessary change difficult to deliver safely.

Burning Tree helps organisations build cryptographic resilience: the governance, insight, operating model and technical capability needed to understand cryptographic risk, respond to change and maintain trust. Our consulting-led approach develops crypto agility, while CipherWyze Navigator turns discovery into governed action.

Cryptography is woven into almost every digital service. It verifies people and machines, protects data, authenticates software, secures connections and enables customers and partners to transact with confidence.

Organisations do not usually manage cryptography as a single enterprise capability. They manage applications, identities, networks, devices, cloud platforms and suppliers. Cryptographic assets and dependencies have quietly accumulated beneath them—often without common ownership, consistent standards or a complete view of business impact.

That hidden dependency becomes visible when change is required. An expiring certificate can interrupt a service. A vulnerable library can affect many products. A supplier decision can constrain a migration. A change in standards can create thousands of remediation tasks across teams that were never designed to work as one programme.

• Identity — authenticating people, workloads, devices and services.
• Communications — protecting data moving across internal and external networks.
• Applications and cloud — securing APIs, workloads, secrets and service-to-service connections.
• Software integrity — signing code, updates, containers and trusted components.
• Transactions — preserving confidentiality, integrity and non-repudiation.
• Customer trust — demonstrating that digital services remain secure and dependable.

Cryptographic resilience gives organisations the capability to understand these dependencies, make informed decisions and adapt without losing control of risk, service continuity or evidence.

Quantum computing has brought cryptographic change into the boardroom. A sufficiently capable quantum computer could undermine widely used public-key algorithms, and the transition to post-quantum cryptography will affect technology estates, products, suppliers and long-lived data.

The exact timeline remains uncertain. The need to prepare does not. Governments, regulators and standards bodies are already acting. The UK’s National Cyber Security Centre (NCSC) recommends that organisations begin preparing now, while NIST has standardised the first post-quantum cryptographic algorithms and published migration guidance. Across Europe, ENISA continues to promote cryptographic inventory, governance and crypto agility, and the White House has directed US federal agencies to identify cryptographic dependencies and develop migration plans. Together, these initiatives demonstrate that preparation has already moved from research into operational planning.

More importantly, quantum computing has exposed a governance problem that already existed. Many organisations cannot confidently answer:

• Where is cryptography used?
• Which business services depend upon it?
• Who owns the associated risk?
• Which suppliers and third parties are involved?
• How would cryptographic change be prioritised, governed and evidenced?

These are not simply post-quantum questions. They are questions of cryptographic resilience.

Preparing well means doing more than replacing algorithms. It means creating the visibility, ownership, decision-making and delivery capability to manage this transition—and the cryptographic changes that will follow it.

Crypto360: from uncertainty to measurable resilience

Cryptographic transformation cannot be governed from assumptions. It starts with an evidence-based understanding of the organisation: its critical services, cryptographic dependencies, ownership model, risk exposure and capacity for change.

Crypto360 is Burning Tree’s structured methodology for moving from initial assessment to sustained cryptographic resilience. It connects technical discovery with business context, governance, delivery and evidence so that activity is prioritised and progress can be demonstrated.

• Assess – Establish the business context, current maturity, regulatory drivers and resilience objectives.
• Discover – Identify cryptographic assets and dependencies, then enrich technical findings with service, supplier and ownership data.
• Prioritise – Focus action according to exposure, business criticality, data lifetime, operational dependency and feasibility.
• Govern – Define decision rights, standards, ownership, exceptions, reporting and the operating model for change.
• Transform – Deliver phased remediation across applications, infrastructure, products, suppliers and processes.
• Evidence – Track outcomes, retain decisions and demonstrate how risk and readiness improve over time.

The result is not a one-off inventory or static roadmap. It is a repeatable capability that helps the organisation govern cryptographic change as part of business as usual.

Cryptographic resilience is not a technology deployment. It is a business transformation programme that crosses security, architecture, applications, infrastructure, operations, procurement, risk and third-party management.

Burning Tree provides the independent leadership and practical delivery experience needed to bring those groups together. We help executives make informed choices, establish clear accountability and turn complex technical exposure into an achievable programme of change.

How we help

• Establish direction — align executive stakeholders on risk appetite, outcomes, priorities and investment.
• Create ownership — define accountable owners for cryptographic assets, business services, risks and remediation decisions.
• Design the operating model — embed standards, governance forums, exception handling and reporting into existing structures.
• Build the roadmap — sequence activity around business criticality, technology lifecycles, dependencies and delivery capacity.
• Lead transformation — coordinate teams and suppliers, remove blockers and keep outcomes visible to decision-makers.

Our role is to make cryptographic change governable, deliverable and sustainable—not to leave the organisation with another strategy document or an unprioritised list of findings.

Discovery is not enough. Discovery tools can reveal certificates, algorithms, keys, libraries and cryptographic dependencies. That visibility is essential—but it does not decide what matters most, establish ownership or deliver remediation.

Without a governance layer, organisations can be left with thousands of findings spread across spreadsheets and disconnected tools. Business context is incomplete. Accountability is unclear. Exceptions are difficult to control. Progress is hard to evidence. The programme becomes a reporting exercise rather than a mechanism for reducing risk.

CipherWyze Navigator is the operational platform Burning Tree uses to bridge that gap. It brings discovery data, business context, ownership, decisions and transformation activity into a governed system of record.

Navigator helps organisations

• Create a trusted, contextual view of cryptographic assets, dependencies and exposure.
• Assign ownership and accountability across applications, services, risks and remediation actions.
• Prioritise work using business impact, technical risk, data sensitivity and delivery constraints.
• Manage roadmaps, actions, dependencies, exceptions and supplier engagement as one programme.
• Provide executive reporting, audit-ready evidence and traceability from finding to outcome.

Navigator gives a cryptographic resilience programme a clear operational rhythm. Findings enter from discovery tools, assessments and stakeholder engagement.

They are normalised, enriched with business context and connected to accountable owners. The organisation can then make risk-based decisions, coordinate action and retain the evidence behind every outcome.

A governed path from finding to outcome

1. Consolidate – Bring relevant cryptographic findings and supporting data into a consistent view.
2. Contextualise – Connect assets to applications, business services, data, suppliers and organisational owners.
3. Prioritise – Evaluate exposure and business impact to determine what requires action first.
4. Mobilise – Create workstreams, assign actions, manage dependencies and engage the right teams and vendors.
5. Govern – Track decisions, exceptions, risk acceptance, milestones and programme health through a consistent operating model.
6. Evidence – Maintain traceability from discovery through remediation and report measurable progress to executives, risk teams and auditors.

Technology provides scale and control. Consulting provides context, judgement and leadership. Burning Tree combines both so that cryptographic resilience moves from an ambition to an operating capability.

Independent consulting, enabled by Navigator

• Discovery establishes technical visibility.
• Burning Tree connects findings to business risk, strategy and transformation priorities.
• Navigator embeds ownership, governance and programme control.
• Delivery teams and suppliers execute a prioritised roadmap.
• Evidence demonstrates progress, supports assurance and informs the next decision.

Discovery → Consulting → Navigator → Governance → Transformation → Evidence → Cryptographic Resilience

The result is a measurable programme that reduces risk while building the organisation’s long-term ability to adapt. The capability remains valuable after the immediate post-quantum transition because cryptographic standards, technologies and business dependencies will continue to change.

This approach supports post-quantum readiness, cryptographic modernisation, certificate and key-management improvement, policy compliance and future changes in algorithms, protocols or regulation.

Cryptographic change is rarely a simple configuration exercise. The most important risks often sit in environments where ownership is distributed, technology is difficult to change and operational continuity cannot be compromised.

Where change becomes difficult

• Embedded cryptography – Algorithms and libraries may be hard-coded into applications, devices and products, requiring redesign rather than a straightforward replacement.
• Legacy systems – Unsupported platforms and specialist applications may offer limited upgrade paths while continuing to support critical services.
• Operational technology – Long asset lifecycles, safety constraints and restricted maintenance windows demand careful testing and phased intervention.
• Hardware dependencies – Cryptographic capability can be constrained by modules, chips, appliances and devices that require firmware updates or physical replacement.
• Supply chains – Third-party products, cloud services and software components create dependencies the organisation cannot remediate alone.
  Vendor engagement

Readiness depends on credible supplier roadmaps, contractual clarity, evidence and coordinated delivery—not questionnaires in isolation.
Burning Tree helps organisations distinguish quick wins from structural change, then govern both through a practical roadmap. Navigator keeps decisions, dependencies, ownership and evidence connected as remediation moves across internal teams and external suppliers.

Most organisations can discover cryptography. Few can govern cryptographic change.

Burning Tree combines independent cybersecurity consulting with CipherWyze Navigator to help organisations understand cryptographic risk, prioritise investment and deliver measurable transformation.

We do not simply identify cryptographic issues or recommend a new set of algorithms. We help organisations build the governance, capability and operational resilience needed to manage cryptographic change for years to come.

What clients gain

• Independent, business-led advice grounded in technical reality.
• A repeatable Crypto360® methodology from assessment through evidence.
• Practical governance, ownership and executive decision support.
• A prioritised roadmap that recognises legacy, operational and supplier constraints.
• Navigator-enabled programme control, reporting and auditability.
• An enduring crypto-agility capability—not a one-off post-quantum project.

Our aim is clarity, control and lasting capability: a cryptographic environment the organisation can understand today and change with confidence tomorrow.

Cryptographic agility is not about reacting to a single future threat. It is the ability to respond to change without losing control of risk, operations or trust.

Burning Tree helps you understand your current position, establish the governance to make better decisions and deliver a practical roadmap towards post-quantum readiness and long-term cryptographic resilience.

Whether your immediate driver is quantum computing, regulatory change, ageing cryptography, certificate risk or a wider resilience programme, the right first step is the same: create a clear, evidence-based view of what matters and how change will be governed.

Build the capability to manage cryptographic change—today and whatever comes next.