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Networks · Media · Industrial Intelligence

Engineering the Intelligent Edge

From real-time networks to real-world machines.

SPICA Networks engineers high-performance platforms that acquire, process, transport and understand critical data at the edge.

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REAL-TIMEEDGEINTELLIGENCE
LIVE SIGNAL PATHEDGE / ACTIVE
01SensorsPhysical input
02EdgeAcquire + process
03NetworkTransport
04AnalyticsReal-time context
05AIPattern intelligence
06ActionOperational outcome
FROM SIGNALTO INTELLIGENCE

Connected disciplines

One Engineering DNA. Multiple Industries.

SPICA applies high-performance computing, networking and real-time analytics across digital and physical infrastructure.

01 / DIGITAL INFRASTRUCTURE

Network & Media

High-performance content infrastructure built for real-time delivery.

  • HTTP/3
  • QUIC
  • SRT contribution
  • ICE / DTLS / SRTP
  • Edge caching
  • Live + VOD
  • HLS / DASH
  • GPU transcoding

02 / PHYSICAL SYSTEMS

Industrial Intelligence

Turn electrical, mechanical and process signals into asset intelligence.

  • Signal acquisition
  • MCSA-EDA
  • FFT
  • Process instrumentation
  • SCADA / Historians
  • Predictive diagnostics

03 / INTELLIGENT COMPUTE

Edge + AI

Place deterministic compute and useful intelligence where data begins.

  • Real-time C++
  • Embedded compute
  • Local AI
  • GPU acceleration
  • Cloud integration
  • APIs

Unified architecture

From Signal to Intelligence

SPICA architectures connect the physical world with high-performance computing, communications and intelligent analysis.

Infrastructure InsightREAL-TIME PATH / 01
  1. 01InputSensors / Video / Events
  2. 02CaptureData Acquisition
  3. 03ProcessEdge Computing
  4. 04TransportSPICA Network
  5. 05UnderstandReal-Time Analytics
  6. 06InterpretAI
  7. 07OutcomeAction
PHYSICAL WORLDOPERATIONAL INTELLIGENCE

Purpose-built systems

Platforms & Products

Reusable platforms provide the foundation; focused products apply them to specific operational problems.

MEDIA INFRASTRUCTURE

CDN++

Real-Time Media Infrastructure

PLATFORM / 01

A controlled media path for Live and VOD—from GPU processing and protected CMAF to HTTP/3 edge delivery and operator-integrated fan-out.

SourceCMAFSPICA EdgeDelivery modeDevices
  • Live
  • VOD
  • HLS
  • DASH
  • CMAF
  • C++ media API
  • MongoDB catalog
  • HTTP/3
  • QUIC
  • Edge caching
  • GPU transcoding
  • DRM
  • Operator edge
  • 5MBS roadmap
Explore CDN++

INDUSTRIAL INTELLIGENCE

SIIP

SPICA Industrial Intelligence Platform

PLATFORM / 02

A reusable industrial edge architecture that turns raw physical signals into traceable asset intelligence.

AssetSPICA EdgeDSPEvent EngineAsset Health
  • Signal acquisition
  • Deterministic analytics
  • Event intelligence
  • Telemetry + history
  • Asset health records
  • REST + TCP APIs
  • Local AI
  • Multi-asset models
Explore SIIP

CDN++ CONTRIBUTION COMPONENT

HLS2SRT

Adaptive input. Contribution-grade transport.

PRODUCT / 03

A source-reviewed C++ and FFmpeg gateway that selects HLS services, remuxes them into MPEG-TS and delivers SPTS or MPTS over SRT and UDP—without forcing a re-encode.

  • HLS input
  • No re-encode
  • MPEG-TS remux
  • SRT caller / listener
  • UDP unicast / multicast
  • SPTS
  • MPTS
  • Multi-destination fan-out
Explore HLS2SRT
CONTRIBUTION PATH / ACTIVEREMUX / NO RE-ENCODE
ADAPTIVE INPUTHLS master / variantPrograms · renditions · audio tracks
HLS2SRT COREProbe · Select · RemuxFFmpeg · MPEG-TS · transport policy
01 / SPTSSRTCaller / listener
02 / SPTSUDPUnicast / multicast
03 / MPTSProgramsMulti-source multiplex

Input-derived codecs · contribution-grade transport

NATIVE REAL-TIME MEDIA SYSTEM

SPICA SFU

Forward the media. Keep signaling flexible.

SYSTEM / 04

A source-reviewed C++23 implementation starting point for room control, shared WebSocket and QUIC signaling, ICE, DTLS, SRTP and packet-level RTP forwarding without decoding or transcoding.

  • C++23
  • REST room control
  • WebSocket signaling
  • Raw QUIC signaling
  • GLib / libnice
  • ICE + DTLS + SRTP
  • RTP forwarding
  • No decode / mix / transcode
Explore SPICA SFU
ROOM / SIGNALING ACTIVEPACKET FORWARDING
RESTRoomsCrow · MongoDB
WS / QUICSignalingShared handler
SPICA SFU COREParticipant registry + RoomGLib workers · transport-neutral signaling
01ICEConnectivity
02DTLSKeys
03SRTPForwarded RTP

QUIC carries signaling · RTP carries media

FIRST SIIP PRODUCT

PumpSpectra™

See what the motor sees.

PRODUCT / 01

The first condition-intelligence product built on SIIP—connecting three-phase signals, edge DSP and predictive maintenance workflows for rotating equipment.

  • MCSA
  • FFT
  • Fault competition
  • Bearing signatures
  • Pump / impeller signatures
  • Power quality
  • Temporal asset state
  • Edge processing
Explore PumpSpectra
THREE-PHASE SIGNAL ANALYSIS CONCEPT
IAIBICTIME DOMAIN
FFT + MCSA-EDA
0 HzMCSA SPECTRUM200 Hz

Conceptual indicators shown for analysis architecture—not a machine diagnosis.

INTERACTIVE CDN++ PRODUCT

AD+

From cue point to viewer-controlled interaction.

PRODUCT / 02

A standards-aligned product architecture for opt-in interactive advertising—combining SCTE-35 timing, publisher-controlled player experiences, efficient glTF assets and measurable engagement.

  • SCTE-35 cueing
  • Player-controlled overlays
  • glTF / GLB assets
  • Live + VOD
  • Second-screen handoff
  • Consent-aware policy
  • Interaction analytics
  • Commerce integration
Explore AD+
LIVE PROGRAM / CUE READYVIEWER OPT-IN
SELECTED / 01Interactive productRotate · Inspect · Send

Conceptual player architecture—not a production interface.

Selected engineering

Products built from first principles.

SPICA platforms, working product interfaces and documented product architectures—clearly separating what exists now from what remains an integration program.

PROJECT 01 · MEDIA INFRASTRUCTURE

CDN++

Own the delivery path.

A vertically integrated platform for Live, FAST and VOD—from secure contribution and GPU processing to protected CMAF, memory-speed origin, edge caching and HTTP/3 delivery.

CDN++ preserves universal HTTP delivery while defining operator-local and 5MBS paths for dense, synchronized audiences. The page separates deployable platform capabilities from carrier-dependent integration.

The supplied WCPP source adds a code-backed media-service layer: multithreaded C++20/Crow routes for program-guide discovery, MongoDB catalog access, local artwork and HLS/MP4 asset delivery.

Open the complete CDN++ architecture
Concept visualization of the distributed video infrastructure behind CDN++
END-TO-END CONTROLIngest · Process · Protect · Cache · Deliver
HTTP/3Universal edge path
3 modesDemand-aware delivery
5MBSOperator-integrated roadmap
Live + VODOne media fabric

THE DELIVERY CHAIN

From contribution signal to the viewer—under one architecture.

The source documents describe a complete operating path, not an isolated cache. Each layer has a defined role in quality, security, latency and cost.

  1. 01
    Secure contribution

    Studios, satellite or IP feeds using SRT and other contribution protocols.

  2. 02
    GPU processing

    NVIDIA acceleration with FFmpeg, Python orchestration and proprietary C++.

  3. 03
    CMAF packaging

    HLS and DASH renditions prepared for heterogeneous networks and screens.

  4. 04
    Content protection

    DRM encryption and policy enforcement before distribution.

  5. 05
    Memory-speed origin

    Packages and playlists served from high-RAM origin infrastructure.

  6. 06
    Program + media API

    A reviewed C++20/Crow service exposes station, airing, artwork and HLS/MP4 delivery routes over MongoDB.

  7. 07
    HTTP/3 edge delivery

    NGINX, caching and QUIC transport deliver Live and VOD to client players.

  8. 08
    Operator integration

    Private interconnect, edge placement and a standards-aligned path toward 5MBS fan-out.

CDN++ workflow from video ingestion through GPU processing, DRM, memory origin and HTTP/3 delivery
Original delivery workflow from the CDN++ engineering package

REFERENCE DISTRIBUTION MODEL

Economics that improve with scale.

The planning model uses one reference delivery rate for Live and VOD, then compares it with an illustrative traditional-CDN benchmark.

SPICA CDN++$0.004/GB

HTTP/3 delivery, routing, caching and edge distribution.

PLANNING BENCHMARK$0.04/GB

Illustrative comparison—not a quotation from a named provider.

MONTHLY DISTRIBUTION COSTDelivered GB per month × rate per GB

Example: 10,000,000 GB × $0.004 = $40,000 per month

Reference monthly distribution cost by traffic tier
Monthly trafficDelivered GBSPICA CDN++Traditional CDNMonthly savings
10 TB10,000$40$400$360
100 TB100,000$400$4,000$3,600
1 PB1,000,000$4,000$40,000$36,000
10 PB10,000,000$40,000$400,000$360,000
50 PB50,000,000$200,000$2,000,000$1,800,000
100 PB100,000,000$400,000$4,000,000$3,600,000

Side by side at 10 PB per month

Traditional CDN$400,000
SPICA CDN++$40,000
What the delivery rate covers

HTTP/3 delivery, routing, caching and edge distribution for Live and VOD.

Scoped separately

Ingestion, transcoding, packaging, DRM, SSAI/DAI, origin storage, applications and dedicated connectivity.

Reference planning model only. Final pricing depends on committed traffic, geography, concurrency, peering and transit, node placement, redundancy and service scope. Decimal units: 1 TB = 1,000 GB and 1 PB = 1,000,000 GB.

PROJECT 02 · CONTRIBUTION GATEWAY

SOURCE REVIEWED / IMPLEMENTED CORE

HLS2SRT

Preserve the media. Change the transport.

HLS2SRT converts adaptive HTTP inputs into contribution-ready MPEG-TS without decoding and rebuilding the video. The supplied code supports desktop monitoring, headless SRT or UDP fan-out and a multi-source MPTS operating model.

  • HLS program and audio-language selection
  • H.264 / HEVC Annex-B transport preparation
  • SRT caller, listener and UDP network output
  • Single-program and multi-program MPEG-TS
Open the complete HLS2SRT page
CONTRIBUTION PATH / ACTIVEREMUX / NO RE-ENCODE
ADAPTIVE INPUTHLS master / variantPrograms · renditions · audio tracks
HLS2SRT COREProbe · Select · RemuxFFmpeg · MPEG-TS · transport policy
01 / SPTSSRTCaller / listener
02 / SPTSUDPUnicast / multicast
03 / MPTSProgramsMulti-source multiplex

Input-derived codecs · contribution-grade transport

PROJECT 03 · INTERACTIVE STREAMING

PRODUCT ARCHITECTURE / IN DEVELOPMENT

AD+

Turn stream timing into deliberate interaction.

AD+ builds on CDN++ to connect SCTE-35 cue points, publisher policy, player-controlled overlays and optimized glTF product assets. It is presented as a documented architecture—not as a finished deployment.

  • Live and VOD opportunity signaling
  • Opt-in polls, offers and 3D product exploration
  • CTV-to-mobile handoff and commerce integration
  • Consent, safety and measurement boundaries
Open the complete AD+ page
CDN++ MEDIA / ACTIVEPLAYER CONTROLLED
01 / SIGNALLive or VOD + SCTE-35Timed interaction opportunity
02 / RESOLVEAD+ experience manifestPolicy · consent · device · campaign
03AOverlayPoll / offer
03BglTF3D product
03CHandoffSecond screen

SSAI may stitch media; the interactive layer remains in a compatible publisher player.

PROJECT 04 · INDUSTRIAL INTELLIGENCE

PumpSpectra™

See what the motor sees.

PumpSpectra is the first condition-intelligence product built on SIIP, the SPICA Industrial Intelligence Platform. It converts synchronized electrical measurements into machine-condition intelligence through high-speed acquisition, MCSA, FFT, physics-gated fault competition and AI-assisted diagnosis at the industrial edge.

32 kS/sSignal acquisition
7Synchronized channels
MCSA + FFTCondition analysis
AIDiagnostic reports
Open the complete PumpSpectra page
Industrial electric motor and centrifugal pump monitored by PumpSpectra
ROTATING EQUIPMENTMotor · Pump · Electrical signature
PumpSpectra industrial edge acquisition device mounted beside a coupling

FROM ASSET TO ACTION

Acquisition, analytics and diagnosis in one engineering system.

Three current channels, three voltage channels and neutral are captured together, processed close to the asset and transformed into evidence an operator can act on.

REAL PRODUCT INTERFACES

From live waveforms to an AI-assisted maintenance decision.

Select any image to inspect it at full resolution.

PumpSpectra operations dashboard showing capture status, motor parameters and detected faults
Operations DashboardSynchronized acquisition, motor context and fault status in one operational view.
PumpSpectra FFT spectrum with three-phase current and voltage channels
FFT SpectrumMulti-channel spectral analysis with peaks, sidebands and fault-frequency context.
PumpSpectra AI diagnosis report for an industrial motor
AI DiagnosisEvidence-led diagnosis, asset health scoring and recommended maintenance actions.
PumpSpectra motor current signature analysis interface
MCSA AnalysisMotor parameters, bearing signatures, sideband detection and fault classification.
PumpSpectra live electrical meter with voltage, current and power quality measurements
Live MeterPhase-resolved electrical measurements, power quality and operating context.
PumpSpectra oscilloscope with synchronized three-phase current and voltage waveforms
OscilloscopeSynchronized current and voltage waveforms reveal real-world transient behavior.

PROJECT 05 · SECURE FILE OPERATIONS

SPICA Commander

One core. Three native interfaces.

A professional remote file operations system with native macOS, GTK4 and ImGui interfaces over one shared SPICA Core. SFTP, SSH and WebDAV workflows remain consistent while each desktop keeps its own native operating experience.

  • Recursive, resumable and cancelable transfers
  • Secure Saved Sites and multiple remote sessions
  • Smart open, remote editing and directory awareness
  • SSH terminal, remote commands and X11 integration
Open the complete SPICA Commander page
SPICA Commander dual-pane local and remote file management interface
Actual SPICA Commander GTK4 interface

Engineering heritage

Engineering Proven at Scale

Our engineering heritage includes architectures created for large-scale live television, high-performance content distribution and real-time computing.

Verifiable engineering facts only

2

U.S. Patents

US 9,716,903 B2 · US 10,341,692 B2

HTTP/3 + QUIC

Next-generation transport

Protocol and delivery engineering

GPU

Accelerated processing

Real-time media and compute

C++

Performance-critical systems

Built close to the workload

ENGINEERING PHILOSOPHY

Performance matters. Latency matters. Reliability matters.

Architecture matters—and data becomes valuable when it leads to action.

CLARITYPERFORMANCEENGINEERINGINTELLIGENCESCALE

Engineering ecosystem

Partners

Technology, infrastructure, industrial and media organizations connected to SPICA's engineering ecosystem.

ERICSSONEricssonEmersonCiscoClaroEXCELChevronThe Walt Disney Company

Logos identify organizations connected to SPICA's technology, customer and delivery ecosystem. Display does not imply exclusive representation, distributorship or endorsement. Names and marks remain the property of their respective owners.

Applied engineering

Industries

The same core disciplines—signal, compute, transport and intelligence—adapted to distinct operational environments.

01

Media & Entertainment

Infrastructure for live television, OTT, FAST, VOD and content delivery.

  • Live television
  • OTT / FAST
  • VOD
  • Streaming infrastructure
Discuss application
02

Telecommunications

Distributed content and edge architecture designed around subscriber experience.

  • Carrier edge
  • Mobile networks
  • Private peering
  • Distributed content
Discuss application
03

Oil & Gas

Turnkey well intelligence from process measurement and solids evidence to field operations.

  • Well digitalization
  • Multiphase + solids integration
  • SCADA / Historians
  • Predictive maintenance
Explore solution
04

Critical Infrastructure

Monitoring and diagnostics for systems where reliability is operationally essential.

  • Energy
  • Electrical assets
  • Telemetry
  • Predictive diagnostics
Discuss application

Architecture, not a logo wall

Technology built as a system.

SPICA connects physical inputs to applications through deliberate layers of infrastructure, transport, edge compute and intelligence.

Deterministic where it matters Distributed by design Open interfaces
SPICA TECHNOLOGY STACKLAYERED ARCHITECTURE
L01ApplicationsWeb / Mobile / TV / Industrial UI
L02ProductsHLS2SRT / SPICA SFU / PumpSpectra / AD+ / SPICA Commander
L03PlatformsCDN++ / SIIP
L04IntelligenceAI / MCSA / DSP / FFT / Temporal state
L05Edge ComputeC++ / GPU / Embedded
L06TransportSRT / QUIC / SRTP / HTTP/3 / TCP / UDP
L07InfrastructureLinux / Cloud / Bare Metal
L08Physical WorldSensors / Motors / Pumps / Video / Networks

Talk to Engineering

Built for the edge.
Designed for scale.

Have a network, media or industrial challenge? Let's discuss the architecture.