Capability
Article 6.2Cooperative approach· Bilateral|Article 6.4Mechanism activity· Centralised|ICVCMCCP-aligned· Integrity|ICROAEndorsement-ready· Voluntary|CORSIAPhase II eligible· Aviation|CAD TrustInteroperable· Federation|ISO 14064Aligned MRV· Quantification|ISO 14065Aligned VVB· Verification|ISO 17029Aligned assurance· Validation|GHG ProtocolScope 1/2/3· Inventory|CSRD · ESRS E1Disclosure-ready· Reporting|ISSB · IFRS S2Investor-grade· Reporting|Sentinel-1/2Continuous cadence· Earth obs|IPCC 2019Tier 2/3 capable· Methodology|Article 6.2Cooperative approach· Bilateral|Article 6.4Mechanism activity· Centralised|ICVCMCCP-aligned· Integrity|ICROAEndorsement-ready· Voluntary|CORSIAPhase II eligible· Aviation|CAD TrustInteroperable· Federation|ISO 14064Aligned MRV· Quantification|ISO 14065Aligned VVB· Verification|ISO 17029Aligned assurance· Validation|GHG ProtocolScope 1/2/3· Inventory|CSRD · ESRS E1Disclosure-ready· Reporting|ISSB · IFRS S2Investor-grade· Reporting|Sentinel-1/2Continuous cadence· Earth obs|IPCC 2019Tier 2/3 capable· Methodology|
Carbon Software Development

Production carbon software, built by practitioners.

Registries, MRV pipelines, ESG dashboards, compliance engines, marketplace venues, and carbon intelligence platforms — engineered with the security, observability and audit posture institutional users require.

Typical duration
6–14 weeks
Team
Senior practitioner-led
Format
Fixed-fee, scoped phases

Indicative bands — final scope confirmed after a 20-minute discovery call.

Audit ledger
WORM
Write-once, replayable
Identity
OAuth2
Federation & SSO
Contracts
OpenAPI
Versioned, schema-first
Posture
SOC2
Logging, IR, change mgmt
Overview

Practice positioning.

Carbon software is built differently. Every value in the system has provenance — instrument, methodology, factor, version. Every state change has a counterparty, a timestamp and an immutable log entry. Every external claim must reconcile to a serialised unit in a registry. CAS's engineering practice is staffed by people who have shipped registries, MRV stacks and disclosure platforms in production. We do not retrofit generic SaaS into carbon use cases — we build to the integrity model from the first commit.

Engagement model

How CAS delivers.

Phase 01

Domain modelling

Model the unit, the registry, the methodology, the inventory and the disclosure surface as first-class entities — not afterthought tables.

Phase 02

Reference architecture

Choose between hosted, on-prem and hybrid deployments; design data residency, key management and disaster recovery.

Phase 03

Build & integrate

Ship in vertical slices: registry primitives → workflows → public APIs → operator UI → public transparency surface.

Phase 04

Hardening & handover

Penetration testing, observability, runbooks, training, and a phased handover to the client's operations team.

Capability scope

What's included.

01Sovereign and corporate registry software
02Carbon accounting and inventory systems
03ESG and sustainability dashboards
04Compliance engines (Article 6, CORSIA, ETS)
05API platforms and developer portals
06Optional blockchain anchoring layers
07Data infrastructure and warehousing
08Carbon intelligence and analytics engines
Deliverables

What you receive.

D-01Reference architecture and ADRs
D-02Production codebase under client IP
D-03Public OpenAPI specification
D-04CI/CD, observability and runbooks
D-05Penetration test report
D-06Operator and developer documentation
Aligned to

Standards & frameworks.

OpenAPI 3.1OAuth 2.0 / OIDCISO 27001 controlsSOC 2 Type II principlesOWASP ASVSCAD Trust
Engagement

Discuss this capability with CAS.

Senior practitioners brief governments, registries, project developers, and enterprise climate teams on implementation pathways.

Book Discovery Call