Physical systems
Sensors, instrumentation, motor-driven assets, custom boards and synchronized acquisition.
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North Carolina · Project-based engineering · B2B
We engineer the systems between signal and decision.
SPICA builds products of its own and takes on difficult client engineering where C/C++, hardware, networking, real-time media, DSP or edge infrastructure are the hard part.
Nine systems. One engineering DNA.Hover or focus to preview
Complete system pathField → datacenter
- 01 / FieldAcquire
- 02Transport
- 03Compute
- 04Understand
- 05 / DatacenterOperate
Boone, North CarolinaClient engineering · product development · complete systems
Connected disciplines
Engineering that crosses the software boundary.
SPICA can own a bounded client problem or the complete path. We work where software meets hardware, transport, media, physical signals and operations—and where generic application development is not enough.
Performance software
C/C++, native interfaces, FFmpeg, GPU compute, DSP, APIs and operational tooling.
Connected infrastructure
SRT, QUIC, SRTP, HTTP/3, TCP/UDP, satellite, edge, cloud and bare metal.
Operational intelligence
Deterministic analytics, temporal evidence, bounded AI, monitoring and human decisions.
Project-based engineering services
Bring us the bottleneck—not a job description.
SPICA works as an external engineering partner for defined technical problems: a critical C++ module, a performance constraint, hardware integration, a real-time transport path, a DSP pipeline or an architecture that must become production-ready.
Explore Engineering Services ↗Documented systems
Different problems.
Purpose-built answers.
Each system has its own technical story. No repeated gallery, no generic product card and no claim detached from implementation evidence.
01Media infrastructure · PRODUCT / 01
CDN++
Private real-time media infrastructure from contribution signal to every screen.
Resilient gateways, Cisco 100 GbE fabrics, NVIDIA A16 processing, CMAF/HLS/DASH packaging, WCPP native C++ control, RAM/NVMe origin and NGINX HTTP/3 delivery form one observable operating path.
- C++20 / Crow
- NVIDIA A16
- 100 GbE / HTTP/3
02Media operations
Media Operations Dashboard
One native console for channel assurance, head-ends and incident response.
Multichannel HLS monitoring, rendition and audio control, technical diagnostics, telemetry history, head-end inventory and operational tickets.
- Native C++
- Live assurance
- Incident workflow
03Contribution
HLS2SRT
Move adaptive streams into contribution-grade transport without re-encoding.
Select HLS services, remultiplex MPEG-TS and deliver SPTS or MPTS over SRT and UDP in caller, listener, unicast or multicast modes.
- No re-encode
- SPTS + MPTS
- SRT + UDP
04Real-time media
SPICA SFU
Forward encrypted media while keeping signaling transport flexible.
C++23 room control, shared WebSocket and QUIC signaling, ICE connectivity, DTLS keying, SRTP protection and packet-level RTP forwarding.
- ICE / DTLS / SRTP
- WebSocket + QUIC
- No decode or mix
05Industrial platform
SIIP
A reusable foundation from physical signal to accountable asset intelligence.
Synchronized acquisition, deterministic DSP, event records, telemetry history, APIs, local inference and explicit human operating authority.
- Deterministic analytics
- Local intelligence
- Traceable records
06Condition intelligence
PumpSpectra™
See what the motor sees across the complete driven asset.
Non-invasive seven-channel MCSA-EDA for motor, coupling, pump, bearings, power quality and process-related signatures—at the edge and without cloud dependency.
- 32 kS/s × 7
- MCSA-EDA
- On-site AI
07Interactive media
AD+
Turn standards-based cue points into viewer-controlled interaction.
SCTE-35 timing, player overlays, efficient glTF assets, second-screen handoff, consent-aware policy, commerce integration and measurable engagement.
- SCTE-35
- glTF / GLB
- Live + VOD
08Operations software
SPICA Commander
One operational core with three purpose-built native interfaces.
A shared C++ service and command model presented through macOS, GTK4 and ImGui front ends for different deployment and operator environments.
- macOS
- GTK4
- ImGui
09Turnkey industrial solution
Well Digitalization
Integrate measurement, edge computation and delivery as one engineered system.
Multiphase flow and solids monitoring integration, engineering rules, FAT/SAT, SCADA and historian interfaces, field commissioning and operational ownership.
- Measurement integration
- FAT / SAT
- SCADA + historians
Remote data infrastructure
From remote boards to datacenter intelligence.
SPICA connects field instrumentation and edge systems to our processing infrastructure over the transport available to the operation—including Starlink Business satellite service for remote locations.
At the datacenter, deterministic processing, media services and applied AI turn transported data into observable operational evidence.
- 01FieldBoards · sensors · edge compute
- 02Satellite transportStarlink Business where selected
- 03SPICA datacenterProcessing · storage · AI
- 04OperationsMonitoring · decisions · action
Engineering context
Experience across demanding technology environments.
Our work has intersected with operators, industrial organizations and media ecosystems where reliability, integration and operational clarity matter.
Accountable engineering
Products prove the work. Client projects apply it.
Architecture, electronics, C/C++ software, integration, deployment and operational handoff remain connected to the same engineering intent. SPICA can apply that capability to a complete system or to the difficult subsystem inside a client-owned product.
C/C++ systemsEmbedded + DSPNetwork architectureMedia + GPUField integrationEdge + datacenter
Project-based B2B engineering
Bring us what is slow, fragile, missing or difficult to integrate.
We can start with the technical boundary and the measurable outcome—without turning the conversation into a staffing pitch.
See how SPICA engages ↗Diego Cardona
CEO · SPICA Networks Inc.
309 Little Laurel Road Ext.
Boone, NC 28607-8914, US