fix README links

Signed-off-by: Dave Huseby <[email protected]>

README.md

@@ -20,7 +20,7 @@ specifications linked above.
 A VLAD is intended to replace public keys as identifiers in distributed systems
 by combinind a random nonce (i.e. number used once) and a CID for a WASM
 verification script designed to run in an implementation of the web assembly
-cryptographic constructs (WACC) VM. The nonce in the Vlad can be random but in
+cryptographic constructs [WACC VM][WACC]. The nonce in the Vlad can be random but in
 some use cases the bytes inside the nonce are a [Multisig][MULTISIG] digital signature
 over the CID part of the VLAD. Digital signatures are random enough to serve
 the purposes of making the VLAD unique while also cryptographically linking the
@@ -30,18 +30,21 @@ feature for linking VLADs to provenance logs.
 Briefly, the reasons why distributed systems should use VLADs instead of public
 key identifiers is because key material is subject to compromise and rotation.
 Distributed systems that rely on public key identifiers (e.g. web-of-trust, all
-other decentralized identity systems) are brittle because whenever keys change
-the links between the systems break. Public keys are typically used because 
-they are random enough to number a seemingly infinite number of things without 
-running out and they are also a cryptographic commitment to a validation
-function that can be used to verify the data they are identifying. VLADs have
-both of these properties but are not derived from key material and are
-therefore not subject to compromise or rotation. That makes them much more 
-resilient and stable distributed system links over long spans of time.
+other decentralized identity systems) are brittle and the resulting distributed
+system does not meet the preconditions for a metastable network to emerge.
+Whenever keys change, the links between the nodes break. Public keys are
+typically used because they are random enough to number a seemingly infinite
+number of things without running out and they are also a cryptographic
+commitment to a validation function that can be used to verify the data they
+are identifying. VLADs have both of these properties but are not derived from
+key material and are therefore not subject to compromise or rotation. That
+makes them much more resilient and stable distributed system links over long
+spans of time.
 
 [CRYPTID]: https://cryptid.tech/
 [PROVENANCE]: https://github.com/cryptidtech/provenance-specifications/
-[MULTIFORMATS]: https://github.com/multiformats/multiformats
+[MULTIFORMATS]: https://github.com/multiformats/multiformats/
 [CID]: https://docs.ipfs.tech/concepts/content-addressing/
 [VLAD]: https://github.com/cryptidtech/blob/main/specifications/vlad.md
-[MULTISIG]: https://github.com/cryptidtech/multisig
+[WACC]: https://github.com/cryptidtech/wacc/
+[MULTISIG]: https://github.com/cryptidtech/multisig/