Raqib · PROGRAM ROADMAP
A phased, fully-funded program from core platform to a multi-site fleet capability
Raqib is scoped as a multi-phase national-scale program, not a single build. Each phase below carries its own investment, team, budget breakdown, and exit-criteria milestones, sequenced so that later phases draw directly on the platform and accreditation work completed earlier — no phase starts until its dependencies are met.
Core fusion platform
PlannedPhase 1 — core platform buildout
Resources
Build and validate protocol adapters for CCTV, radar, RF, and EO/IR feeds.
Track fusion, classification models, and the countermeasure hand-off API.
Drives the NDMO Classification and NCA ECC-2 accreditation package.
Owns cross-workstream sequencing, reporting, and design-partner readiness.
Budget breakdown
Sensor adapters, fusion engine, classification models, and the operator console.
NDMO Classification and NCA ECC-2 submission, documentation, and audit preparation.
Site assessments, integration test rigs, and loaner sensor hardware for validation.
Reserve against integration and accreditation-timeline risk.
Plan of action
- 1Finalize adapter spec for top 3 sensor vendor familiesIntegration engineering · 3 weeks
Lock the protocol adapter contract so CCTV, radar, and RF integrations can proceed in parallel.
- 2Build and validate the countermeasure hand-off APIFusion engineering · 6 weeks
Confirm a reference C2/jamming system can receive and act on a confirmed-threat hand-off.
- 3Submit NDMO Classification & NCA ECC-2 packageCompliance lead · 8 weeks
File the accreditation submission covering the fusion platform architecture.
- 4Sign first 1-2 design-partner site letters of intentProgram manager · 10 weeks
Confirm the sites and sensor inventories that the first live pilots will run against.
Activities
Hardware-agnostic sensor ingestion
PlannedConnects to existing CCTV, radar, RF detectors, and EO/IR cameras from any vendor, over their native protocols.
Owner Integration engineering
Multi-sensor track fusion
PlannedCorrelates detections across every connected source into one fused track per object.
Owner Fusion engineering
Depends on Hardware-agnostic sensor ingestion
Bird, drone, and threat classification
PlannedScores every track as bird, commercial drone, friendly, suspicious, or hostile, with a confidence score.
Owner Fusion engineering
Depends on Multi-sensor track fusion
Operator command console
PlannedFused airspace picture, alert triage board, and per-track case file for the operator.
Owner Product engineering
Depends on Bird, drone, and threat classification
Countermeasure hand-off integration
PlannedRouting confirmed threats into a site’s existing jamming, interception, or C2 systems.
Owner Fusion engineering
Depends on Operator command console
NDMO Classification & NCA ECC-2 alignment
PlannedCompliance and accreditation work ahead of first live-site deployments.
Owner Compliance lead
Exit-criteria milestones
- ✓Reference architecture and sensor-adapter specification approved
- ✓Countermeasure hand-off validated against a reference C2 system
- ✓NDMO Classification and NCA ECC-2 submission filed
- ✓1-2 design-partner site letters of intent signed
Pilot deployment & hardening
PlannedPhase 2 — pilot deployment & hardening
Depends on Core fusion platform
Resources
On-site installation, adapter validation, and operator onboarding at each pilot site.
Tune classification models against live site data and observed evasion patterns.
Owns the pilot success criteria and site relationship end to end.
Continues cross-workstream sequencing and pilot reporting.
Budget breakdown
On-site installation, sensor connection, and adapter validation across pilot sites.
Classification model retraining against real site telemetry.
On-site support, spare adapter hardware, and pilot-cohort account management.
Reserve against site-readiness and integration risk across the pilot cohort.
Plan of action
- 1Deploy to first design-partner siteField deployment · 4 weeks
Install, connect existing sensors, and go live with the fused picture at the first site.
- 2Deploy to second design-partner siteField deployment · 4 weeks
Repeat deployment at the second site, reusing adapters validated at the first where possible.
- 3Run a structured pilot review cyclePilot lead · 16 weeks
Track classification accuracy, time-to-decision, and hand-off reliability against baseline.
- 4Harden after-action review workflow from pilot feedbackProduct engineering · 6 weeks
Fold real operator feedback on evidence review into the case-file and replay tooling.
Activities
First live site deployments
PlannedRoll Raqib out to 1-2 design-partner critical-infrastructure sites on their existing sensors.
Owner Field deployment
Depends on Countermeasure hand-off integration, NDMO Classification & NCA ECC-2 alignment
Expanded sensor-vendor adapter library
PlannedAdditional radar, RF, and EO/IR vendor integrations validated against real pilot-site hardware.
Owner Integration engineering
Depends on Hardware-agnostic sensor ingestion
Classification model tuning on live data
PlannedRefine bird/drone/threat classification against real site traffic and observed evasion patterns.
Owner ML engineering
Depends on Bird, drone, and threat classification, First live site deployments
After-action review tooling
PlannedHarden the evidence trail and replay workflow for post-incident review and compliance reporting.
Owner Product engineering
Depends on Operator command console
Exit-criteria milestones
- ✓First live site operational on its existing sensor estate
- ✓Second live site operational
- ✓Pilot performance report validated against baseline
- ✓After-action review workflow hardened from field feedback
Fleet-wide expansion
PlannedPhase 3 — fleet-wide expansion
Depends on Pilot deployment & hardening
Resources
Build the multi-site fleet console and cross-site data model.
Build ranked countermeasure recommendation logic on top of the existing hand-off integration.
Opens and manages defence/military site pilot relationships.
Owns fleet-expansion sequencing and certification tracking.
Budget breakdown
Multi-site command view, cross-site data model, and scale-out infrastructure.
Ranked countermeasure recommendation logic across connected sites.
First defence and military site pilot acquisition and relationship management.
ISO 27001 certification audit and infrastructure scaling for a multi-site fleet.
Reserve against certification-timeline and defence-procurement risk.
Plan of action
- 1Design and deliver the multi-site fleet consolePlatform engineering · 14 weeks
One command view across every connected site, for operators running more than one facility.
- 2Deliver ranked countermeasure recommendationsFusion engineering · 10 weeks
Rank available countermeasure options per confirmed threat instead of a single hand-off target.
- 3Open first defence/military site pilotDefence account lead · 16 weeks
Extend the design-partner model from commercial critical infrastructure into a defence site.
- 4Complete ISO 27001 certification auditCompliance lead · 12 weeks
Close out formal certification building on the architecture pre-aligned during phase 1.
Activities
Multi-site fleet console
PlannedA fleet-wide command view for operators running more than one facility.
Owner Platform engineering
Depends on First live site deployments
Ranked countermeasure recommendations
PlannedSurface a ranked recommendation across available countermeasure options, not just a single hand-off.
Owner Fusion engineering
Depends on Countermeasure hand-off integration, Classification model tuning on live data
Defence & military site pilots
PlannedExtend from commercial critical infrastructure into defence and military deployments.
Owner Defence account lead
Depends on First live site deployments
ISO 27001 certification
PlannedComplete formal certification building on the pre-aligned architecture.
Owner Compliance lead
Depends on NDMO Classification & NCA ECC-2 alignment
Exit-criteria milestones
- ✓Fleet console live across every pilot site
- ✓Ranked countermeasure recommendation engine validated in production
- ✓First defence/military site pilot underway
- ✓ISO 27001 certification achieved
Fuse your existing sensors into one counter-drone picture
We're selecting design-partner critical-infrastructure sites for the first counter-UAS fusion pilot cohort. Book a briefing to review your current sensor inventory and integration path.