home.md

@@ -73,8 +73,9 @@ into richer number types, so that you can experiment, at a very low cost, some
 beautiful models such as arbitrary precision numbers, interval computation,
 or even the marvelous automatic differentiation. 
 See [§3](home#3-cojac-the-enriching-wrapper). This second tool is fun but still experimental (some
-[limitations](home#52-issues-with-the-wrapper), 
-problems with Java8 lambdas, strong slowdown...).
+[limitations](home#52-issues-with-the-wrapper) such as quite naive models implementation, 
+strong slowdown, poorly tested support for Java8 lambdas, problem when user-code 
+is "called back" from Java library...).
 
 With COJAC you don't have to modify your source code or even recompile. All 
 the work is done at runtime, when your application gets instrumented on-the-fly. 
@@ -592,8 +593,9 @@ when arrays of numbers are involved.
 * We don't handle the "callbacks" from java library to user code when floating 
 point numbers are being passed around.
 
-* We don't handle `invokedynamic` for the moment, so there are problems with
-java8 lambdas.
+* We have tried to handle `invokedynamic` (at least how Java8 compilers 
+use it), but it has not been thoroughly  tested yet, so we expect some problems 
+with java8 lambdas.
 
 * We don't handle the possible use of Java reflection (in case of method 
 invocations via reflection, we don't apply the necessary transformations).