Merge branch 'master' into master

Author: smagdali

content/appendix/audit_reports.md

@@ -55,6 +55,14 @@ This audit covers the implementation of Filecoin's builtin Actors, focusing on t
 
 ## Proofs
 
+### `2021-05-31` SnarkPack audit
+
+An audit was conducted on the cryptographic part of [SnarkPack](https://eprint.iacr.org/2021/529.pdf), that is used in the [FIP0009](https://github.com/filecoin-project/FIPs/blob/master/FIPS/fip-0009.md):
+
+- [Report](https://hackmd.io/@LIRa8YONSwKxiRz3cficng/B105no8w_) from Matteo Campanelli, a well known cryptography [researcher](https://www.binarywhales.com/)
+
+One major issue was found in the report by Campanelli where the challenges of each prove commits were not tied to the aggregated proof; this could have led up to malicious miner forge valid aggregated proofs without the individual prove commits. The rest of the issues were of medium to informal severity.
+
 ### `2020-10-20` Filecoin Bellman and BLS Signatures
 
 - Report: [**Filecoin Bellman/BLS Signatures Cryptography Review**](https://research.nccgroup.com/wp-content/uploads/2020/10/NCC_Group_ProtocolLabs_PRLB007_Report_2020-10-20_v1.0.pdf)

content/glossary/_index.md

@@ -377,7 +377,7 @@ Every mined block has a computed `weight`, also called its `WinCount`. Together,
 
 [_Window Proof-of-Spacetime_ (WindowPoSt)](post#windowpost) is the mechanism by which the commitments made by [storage miners](glossary#storage-miner-actor) are audited. It sees each 24-hour period broken down into a series of windows. Correspondingly, each storage miner's set of pledged [sectors](glossary#sector) is partitioned into subsets, one subset for each window. Within a given window, each storage miner must submit a [Proof-of-Spacetime](glossary#proof-of-spacetime-post) for each sector in their respective subset. This requires ready access to each of the challenged sectors, and will result in a [zk-SNARK-compressed](glossary#zksnark) proof published to the Filecoin [blockchain](glossary#blockchain) as a [message](glossary#message) in a [block](glossary#block). In this way, every sector of [pledged storage](glossary#pledged-storage) is audited at least once in any 24-hour period, and a permanent, verifiable, and public record attesting to each storage miner's continued commitment is kept.
 
-The Filecoin network expects constant availability of stored data. Failing to submit WindowPoSt for a sector will result in a [fault](glossary#fault), and the storage miner supplying the sector will be [slashed](glossary#slash).
+The Filecoin network expects constant availability of stored data. Failing to submit WindowPoSt for a sector will result in a [fault](glossary#fault), and the storage miner supplying the sector will be [slashed](glossary#slashing).
 
 ## Winning Proof-of-Spacetime (WinningPoSt)
 

content/systems/filecoin_token/minting_model/_index.md

@@ -18,7 +18,7 @@ To encourage consistent storage onboarding and investment in long-term storage,
 
 Specifically, a hybrid exponential minting mechanism is introduced with a proportion of the reward coming from simple exponential decay, “Simple Minting” and the other proportion from network baseline, “Baseline Minting”. The total reward per epoch will be the sum of the two rewards. Mining Filecoin should be even more profitable with this mechanism. Simple minting allocation disproportionately rewards early miners and provides counter pressure to shocks. Baseline minting allocation mints more tokens when more value for the network has been created. More tokens are minted to facilitate greater trade when the network can unlock a greater potential. This should lead to increased creation of value for the network and lower risk of minting filecoin too quickly.
 
-The protocol allocates 30% of Storage Mining Allocation in Simple Minting and the remaining 70% in Baseline Minting. 30% of Simple Minting can provide counter forces in the event of shocks. Baseline capacity can start from a smaller percentage of worldʼs storage today, grow at a rapid rate, and catch up to a higher but still reasonable percentage of worldʼs storage in the future. As such, the network baseline will start from 1EiB (which is less than 0.01% of the worldʼs storage today) and grow at an annual rate of 200% (higher than the usual world storage annual growth rate at 40%). The community can come together to slow down the rate of growth when the network is providing 1-10% of the worldʼs storage.
+The protocol allocates 30% of Storage Mining Allocation in Simple Minting and the remaining 70% in Baseline Minting. 30% of Simple Minting can provide counter forces in the event of shocks. Baseline capacity can start from a smaller percentage of worldʼs storage today, grow at a rapid rate, and catch up to a higher but still reasonable percentage of worldʼs storage in the future. The network baseline will start from **2.5EiB**, or **2.88888888EB**, (which is less than 0.01% of the worldʼs storage today) and grow at an annual rate of 100% (higher than the usual world storage annual growth rate at 40%). The community can come together to slow down the rate of growth when the network is providing 1-10% of the worldʼs storage.
 
 There are many features that will make passing the baseline more efficient and economical and unleash a greater share of baseline minting. The community can come together to collectively achieve these goals:
 

package.json

@@ -35,7 +35,7 @@
     "globby": "^11.0.1",
     "graphviz-cli": "^2.0.0",
     "hugo-extended": "^0.113.0",
-    "husky": ">=4",
+    "husky": "^4.3.8",
     "jsdom": "^22.1.0",
     "lint-staged": ">=10",
     "np": "^6.5.0",