add Helix objectives

diff --git a/SEP-210803722-Libre-SOC-8-core.mdwn b/SEP-210803722-Libre-SOC-8-core.mdwn
index 3d91790ca041e82656686e8b2be3d95888dc6613..e21228f890554f69cddf4f38d84ac74dbaecef29 100644 (file)
--- a/SEP-210803722-Libre-SOC-8-core.mdwn
+++ b/SEP-210803722-Libre-SOC-8-core.mdwn
@@ -908,8 +908,27 @@ Table 3.1b(11)
 Objectives:
 
 
-To focus the Libre-SOC 2-core ASIC onto a real-word customer requirement: GPS. To integrate both an FPGA as an early prototype and the final ASIC into a Demonstrator connecting to HELIX's high-accuracy GPS Antenna Arrays. To confirm functionality, and confirm energy savings (performance/watt) compared to other solutions.
-
+To focus the Libre-SOC 2-core ASIC onto a real-word customer
+requirement: GPS. To integrate both an FPGA as an early prototype and
+the final ASIC into a Demonstrator connecting to HELIX's high-accuracy
+GPS Antenna Arrays. To confirm functionality, and confirm energy savings
+(performance/watt) compared to other solutions.
+
+This programme will enable Helix to research, specify and ultimately
+realise, test and deploy a PNT processor single-chip that enables
+encrypted millimetre precision GNSS position and <nanosecond time data
+to be delivered from today’s GNSS constellations, and to be ready for
+next generation LEO (low earth orbit) PNT constellations being planned.
+
+Helix’s comprehensive anti-jamming/spoofing and self-correcting
+capabilities will be designed into the same chip, enabling single-die
+total solution to accurate/resilient PNT, allowing Helix to integrate
+the electronics functionality into its antennas to create an ultra-
+compact ultra-low-power PNT solution that can be utilised globally
+in the next wave of applications like autonomous vehicles, urban air
+mobility, micro-transportation, and critical communications network
+synchronisation where market size runs into the tens or hundreds of
+million units per year.
 
 Description of work: