| Integration Point | Supported Standards / APIs |
|-------------------|----------------------------|
| Orchestration | Kubernetes (via custom‑resource definition), OpenStack, VMware NSX |
| Telemetry | Prometheus exporter, NETCONF/YANG, SNMPv3 (encrypted) |
| Configuration | RESTful JSON/YAML API, CLI over SSH, Ansible modules |
| Security Policies | RFC 8446 (TLS 1.3) profiles, IETF DEMO (Data‑at‑Rest Encryption), Zero‑Trust Network Access (ZTNA) policies |
| Logging | Syslog (TLS), Kafka connector, local encrypted flash (32 GB) |
The SDK provides high‑level primitives such as:
/* Example: Create an encrypted flow */
sdde_flow_t *flow = sdde_flow_create("market-data",
SDDE_PROTO_UDP,
SDDE_CRYPTO_AES_GCM_256,
SDDE_SCHED_FIFO,
10e6 /* 10 Mbps guaranteed */);
/* Attach a network port */
sdde_port_attach(flow, SDDE_PORT_ID(0));
Python bindings make rapid prototyping possible, e.g.:
import sdde
engine = sdde.Engine()
flow = engine.create_flow(
name="telemetry",
proto=sdde.Protocol.QUIC,
crypto=sdde.CryptoSuite.CHACHA20_POLY1305,
qos=sdde.QoS.Deterministic(5e6)
)
flow.add_port("eth0")
engine.apply()
Performance:
Environmental:
EMC:
Safety & certifications:
Security testing:
Test automation:
| From | To | Migration Steps |
|------|----|-----------------|
| SDDE‑4‑0 | SDDE‑721 | 1. Export existing policy JSON → import into SDDP‑L.
2. Re‑wrap legacy symmetric keys using the new KMS API (supports key rotation).
3. Update client SDKs to version 2.0 (adds post‑quantum fallback).
4. Enable ledger sync for audit continuity. |
| Proprietary In‑house | SDDE‑721 | 1. Conduct data classification and map to SDDE resource types.
2. Use the “bridge” connector to translate existing protocols (e.g., MQTT‑TLS) into the SDDE gateway.
3. Gradually phase out legacy endpoints after successful pilot. |
Sdde-721 < 1080p >
| Integration Point | Supported Standards / APIs |
|-------------------|----------------------------|
| Orchestration | Kubernetes (via custom‑resource definition), OpenStack, VMware NSX |
| Telemetry | Prometheus exporter, NETCONF/YANG, SNMPv3 (encrypted) |
| Configuration | RESTful JSON/YAML API, CLI over SSH, Ansible modules |
| Security Policies | RFC 8446 (TLS 1.3) profiles, IETF DEMO (Data‑at‑Rest Encryption), Zero‑Trust Network Access (ZTNA) policies |
| Logging | Syslog (TLS), Kafka connector, local encrypted flash (32 GB) |
The SDK provides high‑level primitives such as: sdde-721
/* Example: Create an encrypted flow */
sdde_flow_t *flow = sdde_flow_create("market-data",
SDDE_PROTO_UDP,
SDDE_CRYPTO_AES_GCM_256,
SDDE_SCHED_FIFO,
10e6 /* 10 Mbps guaranteed */);
/* Attach a network port */
sdde_port_attach(flow, SDDE_PORT_ID(0));
Python bindings make rapid prototyping possible, e.g.: | Integration Point | Supported Standards / APIs
import sdde
engine = sdde.Engine()
flow = engine.create_flow(
name="telemetry",
proto=sdde.Protocol.QUIC,
crypto=sdde.CryptoSuite.CHACHA20_POLY1305,
qos=sdde.QoS.Deterministic(5e6)
)
flow.add_port("eth0")
engine.apply()
Performance:
Environmental:
EMC:
Safety & certifications:
Security testing:
Test automation:
| From | To | Migration Steps |
|------|----|-----------------|
| SDDE‑4‑0 | SDDE‑721 | 1. Export existing policy JSON → import into SDDP‑L.
2. Re‑wrap legacy symmetric keys using the new KMS API (supports key rotation).
3. Update client SDKs to version 2.0 (adds post‑quantum fallback).
4. Enable ledger sync for audit continuity. |
| Proprietary In‑house | SDDE‑721 | 1. Conduct data classification and map to SDDE resource types.
2. Use the “bridge” connector to translate existing protocols (e.g., MQTT‑TLS) into the SDDE gateway.
3. Gradually phase out legacy endpoints after successful pilot. | Python bindings make rapid prototyping possible, e