SpectreDynamics
Products

The product. The purpose. The next step.

Six product lines for communications, unmanned systems and video, including Meridian Private LTE/5G, available for order with project-specific specifications.

01 / Software & Situational Awareness

Updated 30 September 2026

SpectreTAK

One console. Your networks, connected.

SpectreTAK brings team positions, device health and network management into a TAK-based console. Connect ATAK, WinTAK and iTAK alongside Meshtastic, MeshCore and Reticulum/LXMF through configured gateways. Messaging uses supported clients, while the web console manages maps, devices, gateways and live Reticulum status.

  • ATAK · WinTAK · iTAK
  • Meshtastic
  • MeshCore
  • Reticulum / LXMF
  • Map Purge
  • Live RNS
  • Self-hosted / VPS

A shared operational picture

See connected team positions and markers on the map. Manage missions and data packages for supported TAK clients through their IP connection.

Clear offline devices with Purge

Hide Disconnected or Expired devices from your browser map, with the selection retained across reloads. Accounts, certificates, position history and saved markers are retained. Reconnection or newer activity restores the device.

Device health with context

Compare battery and server CoT traffic, check connection history and data age, and adjust graph time ranges and value scales. Native diagnostics appear when the client reports them.

Messaging through your clients

Route TAK, Meshtastic, MeshCore and Reticulum/LXMF text through supported clients and gateways. The web chat page has been removed; client messaging and media APIs continue to operate.

Thai text that stays readable

Long Meshtastic and MeshCore messages are split into numbered UTF-8 parts within each radio payload budget. Native apps can read the text without the image receiver.

Small images over compatible mesh links

Media APIs and compatible clients support mesh images up to 8 KiB. Compatible receivers reconstruct image bytes; LXMF uses native image fields. Radio transfer may take minutes and needs hardware validation.

Gateway access you can manage

Issue MeshCore gateway credentials with a 1–30 day lifetime and revoke them from the console. Credentials authorize gateway connection and exchange, with account and channel checks.

History under your control

Configure telemetry retention and battery sampling. Chat images have automatic cleanup and bounded storage. Each user can hide disconnected Reticulum devices without deleting their history.

Deploy on your infrastructure

Host on your own server or VPS, enroll TAK clients with certificates and bind mesh identities to active accounts. MeshCore radios connect through field gateways; the VPS needs no attached radio.

Video and voice alongside

Use separately configured MediaMTX video streams and recordings, and optional Mumble voice with SpectreTAK accounts. These services use IP connections.

Live Reticulum status

Inspect RNS/LXMF versions, uptime, clients, CPU/RAM, traffic, pending deliveries and interface counters. The visible page refreshes every two seconds and marks failed status reads as stale.

RNS updates and version restore

Administrators select an official PyPI stable release. The updater verifies SHA256, prepares an isolated environment and checks health before accepting the switch. Failed checks restore the previous runtime. Identity and configuration are retained; switching briefly restarts RNS.

Optional authenticator MFA

Users can opt into authenticator MFA for the web console through Setup 2FA, then use an OTP at login. MFA is optional under the current policy and is separate from TAK certificates, SSH and API tokens.

Server resource overview

The dashboard shows total, used and free disk space alongside total, used and available memory. Review uptime and clearly labelled server information when maintaining the deployment.

TAK + MESH

Different networks. One place to coordinate.

Keep the clients your team uses. SpectreTAK connects TAK and three mesh ecosystems through defined paths. The web console manages maps, gateways and system status; messaging uses supported clients.

TAKTAK / IP
MeshtasticMQTT gateway
MeshCoreCompanion TCP / HTTPS gateway
Reticulum / LXMFReticulum links / LXMF
SpectreTAKYour server · Your infrastructure
  • Shared map + Purge
  • Device health
  • Live RNS status
  • Client messaging

Client messaging uses the shared room for enrolled active accounts. The web chat page is removed. Location permissions remain separate; group/team-color chat separation is planned.

Find your connection path

Choose a network to see how it connects and what the current integration carries.

ATAK · WinTAK · iTAK

TAK

Connect supported TAK clients with account access and certificate enrollment. Bring positions, shared markers, mission data and native GeoChat into familiar workflows.

Connection
TAK / IP
Position
Team positions and shared map markers
Text
Native GeoChat through supported TAK clients
Images
Use media APIs and compatible clients; image display in unmodified ATAK 5.8 is not verified.
SpectreTAK map with the Purge control for offline devices
The shared map with PurgeActual console captured on 30 September with the Purge control. Field overlays and account labels are hidden.

The central server needs an IP path from each gateway. MeshCore and Meshtastic image transfer requires a compatible SpectreTAK receiver; standard phone apps do not assemble those images. LXMF images need a compatible client. Virtual Companion TCP is an IP chat endpoint used through SSH or VPN. Radio loss, multi-hop performance and image display in unmodified ATAK 5.8 still require validation. Group/team-color chat separation, recipient RF acknowledgements and automatic radio retransmission are planned or outside the current release. Data packages and video use TAK/IP.

Built on OpenTAKServer and the TAK ecosystem, with Spectre Dynamics integrations for Meshtastic, MeshCore and Reticulum/LXMF.

Product 02
Unmanned Air

Spectre FPV

FPV drone platforms developed in Thailand.

Spectre FPV is developed in Thailand, with nearly all platform software developed by our own team at the Phatthalung and Trang labs. Our work includes Betaflight customized for military mission requirements, Reaper Eye integration and Control Link software designed with reduced detectability and resilience against jammers and electronic warfare (EW) as goals. We also provide UAV manufacturing and drone assembly, with the configuration and evaluation scope agreed for each project. SpectreCast supports compatible analog video capture.

Discuss a project

Capabilities

  • FPV drone platforms developed in Thailand
  • Software developed by our Phatthalung and Trang teams
  • Customized Betaflight and Reaper Eye integration
  • Control Link design for reduced detectability and interference resilience
  • UAV manufacturing and drone assembly services
  • Project-specific configuration and evaluation discussion
  • Compatible video capture through SpectreCast

Example use cases

  • FPV training and equipment evaluation
  • Institutional and military observation project discussions
  • Video viewing and recording workflows
Spectre FPV drone platform from Spectre Dynamics in Thailand

Spectre FPV

Product 03
Autonomy Module

Reaper Eye

A closer look at visual tracking.

Reaper Eye is the Spectre Dynamics visual tracking product line. The gallery uses supplied scenes styled to resemble analog camera video, with the original green overlays preserved. Discuss compatibility and product evaluation directly with our team.

Discuss a project

Capabilities

  • Visual tracking product overview
  • Supplied image gallery with an analog video treatment
  • Full-frame images with the original overlays
  • Compatibility and evaluation discussions

Example use cases

  • Visual systems demonstrations
  • Reviewing supplied product imagery
  • Project-specific compatibility discussions

Supplied images styled to resemble analog camera video, preserving their original framing and green overlays.

Product 04
Unmanned Air

Spectre Scout

Observation starts with a clear picture.

Spectre Scout covers reconnaissance and observation systems within the Spectre portfolio. Discuss the platform and sensor requirements for your project, and whether information should be reviewed locally or shared through your existing awareness tools. Integration requirements are evaluated for each configuration.

Discuss a project

Capabilities

  • Reconnaissance and observation product line
  • Platform and sensor requirements discussion
  • Local review and shared awareness planning
  • Configuration-specific integration evaluation

Example use cases

  • Observation system evaluations
  • Survey and route review discussions
  • Sharing observation context with a team

System concept · Spectre Scout

05 / Video Capture & Streaming

SpectreCast

Analog in. Live out.

Bring the video you already receive into the screen you already use. SpectreCast is an Analog FPV capture and OBS Studio setup solution for viewing, recording and sharing video from a compatible receiver. Keep the original on-screen display in view, build your scenes and choose where the video goes next.

  • Analog FPV
  • OBS Studio
  • Capture · Record · Stream
Actual supplied OBS Studio screenshot showing Analog FPV video in a Video Capture Device source
Customer-supplied capture: Analog FPV video displayed in OBS Studio through a Video Capture Device source.

One clear path from capture to sharing

  1. 01Analog FPV video
  2. 02Compatible receiver
  3. 03Capture device
  4. 04OBS Studio
  5. 05View · Record · Stream
01

From receiver to screen

Connect a compatible Analog FPV receiver through a capture device and bring its video into OBS as a Video Capture Device source.

02

Keep the original OSD

View the picture with the on-screen display already embedded in the received video, alongside the source and audio controls in OBS.

03

Record for the next review

Configure local recording in OBS for demonstrations, review and video documentation. Choose the storage location and recording profile for your computer.

04

Build a scene that tells the story

Arrange the captured picture with titles, a logo or other OBS sources, and switch scenes for presentations and demonstrations.

05

Choose where the video goes

Configure an OBS streaming output for a compatible destination. Keep local viewing and recording available as part of the same workflow.

06

Extend with your video server

Optionally publish to MediaMTX for distribution to compatible viewers. The server endpoint, access and playback formats are configured for each deployment.

Receiver output and capture-device input must be compatible. Resolution, frame rate and latency depend on the source, capture hardware, encoder and network. Streaming destinations and MediaMTX are configured separately.

A Spectre Dynamics capture and integration solution using OBS Studio. OBS Studio is maintained by the OBS Project; MediaMTX is an optional integration.

Available for order

Meridian Private LTE/5G

Connect the team, the map and UAV video.

A private mobile network for your operational area, available for order. Connect compatible field devices, SpectreTAK, MANET radios, UAV control and video through a network configured for your project.

FIELD NETWORK
MeridianPrivate LTE/5G
Field devices
SpectreTAK
MANET / IP
UAV control + video

System connections · equipment and configuration are selected per project

Build your evaluation around your existing setup.

Tell us your clients, radios, cameras and deployment environment. Start with a product demonstration or a discussion of integration requirements.

FPV Drone, UAV & Connected Systems Thailand | Spectre Dynamics